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uros · 6 years ago

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Todo sobre ASRock X570 Phantom Gaming ITX/TB3, Review en español

Con un tamaño corto ITX disponemos de una placa colchoneta que satisfará las deposición de la gran mayoría de usuarios con una capacidad para CPUs de 12 núcleos.

Diseño94

Rendimiento96

Ecosistema95

Conectividad100

Calidad/Precio85

Negociador ITX

10 fases

Precio moderado

Ubicación puertos USB header

Ubicación del chipset

Cuando ves una placa ITX piensas que juguetito más interesante y es que es verdad, un PCB tan minúsculo puede aportarte todo lo necesario. Seguramente lo mismo que en tu placa ATX, de la cual, no aprovechas las conexiones PCIE, SATAs, etc…

Lo mejor de todo es el buen hacer de las placas colchoneta con chips AMD, donde puedes encontrar hasta 10 fases siendo muy superior a las 6 encontradas en la misma marca de Intel.

Embalaje

La caja nos llega en tono fatídico y rojo, muy resultón con el logo PG (Phantom Gaming) delante. No hay mucho rendimiento para detalles, es una caja minúscula al ser ITX.

En el lado opuesto de la caja encontraremos impresa la placa colchoneta así como sus características y componentes. Abierta la caja y debajo de la placa colchoneta encontraremos todos los accesorios. DVD con drivers y utilidades de ASRock, postal con el logo PG, conductor rápida, manual de la placa colchoneta, antena dual WIFI 2,4/5GHz, cables SATA y tornillería para unidades M.2.

Procesador CPUs 3ª and 2ª AMD Ryzen

Chipset AMD X570 Memoria 4 x DDR4 en Dual Channel hasta 4.666MHz+ (OC) recubiertos con 15μ de oro.Soporte para memoria ECC dependiendo de la CPU Slots 1 x PCIe 4.0 x16 para Ryzen 3 o PCIE 3.0 para Ryzen 2 Almacenamiento 1 x M.2 Type 2242/2260/2280 4 x SATA 6Gb/s con soporte Raid 0, 1, 10 Conexiones internas/externas E/S panel trasero Puerto antenas WIFI Puerto PS/2 1 x HDMI 1 x DisplayPort Salida S/PDIF óptica 1 x USB 3.2 Gen2 Thunderbolt

Type-C 2 x USB 3.2 Gen2 Tipo A 2 x USB 3.2 Gen1 Tipo A 1 x Puerto Gigabit Lan 1 x clear cmos E/S internas 1 x SPI TPM Header 1 x RGB LED Header 1 x Addressable LED Header 1 x CPU Fan Connector (4-pin) 1 x CPU/Water Pump Fan Connector (4-pin) 1 x Chassis/Water Pump Fan Connector (4-pin) 1 x 24 pin ATX Power Connector 1 x 8 pin 12V Power Connector 1 x Front Panel Audio Connector (15μ Gold Audio Connector) 1 x USB 2.0 Header (Supports 2 USB 2.0 ports) 1 x USB 3.2 Gen1 Header (Supports 2 USB 3.2 Gen1 ports) Audio 7.1 CH HD Audio (Realtek ALC1220 Audio Codec)Amplificador premium NE5532 para headsets con soporte hasta 600 Ohm Conectores chapados en oro LAN Intel® I211-AT 10/100/1000 Intel® 802.11ax WiFi Module Supports IEEE 802.11a/b/g/n/ax Supports Dual-Band (2.4/5 GHz) Supports WiFi6 802.11ax (2.4Gbps) Bluetooth 5.0

Diseño y construcción

Estamos acostumbrados a ver en youtube, en foros, en reviews placas siempre de un tamaño considerable, placas ATX. ITX es un sector poco usado por la gran masa de consumidores. Es más sencillo comprar equipos ya ensamblados. Pero para aquellos amantes del rendimiento y de resumir el espacio ocupado por nuestro equipo tenemos ITX.

Uno de los detalles más llamativos de esta placa colchoneta es que no tiene soporte para disipadores AM4. En su oportunidad ASRock usa el mismo soporte que intel 115x. Aunque hoy en día es rara la refrigeración que no dispone como accesorios de las dos marcas AMD e Intel.

El PCB nos llega en color fatídico con humanidades y dibujos en el PCB en color hastiado. Siguiendo con la formula usada en la tribu Phantom Gaming tenemos el protector de las conexiones externas con el logo PG impreso en blanco y rojo sobre un protector de aluminio hastiado compaginándolo con fatídico y rojo. Este protector es a su vez disipador del VRM y queda unido por un heatpipe al chipset. El disipador de este postrero tiene el ventilador girado con respecto al PCB en 90 grados.

No tendremos problemas de sonoridad, efectivamente es una placa muy silenciosa para el potencial que puede entregar.

En cuanto a iluminación es una característica difícil de implementar en placas colchoneta ITX y no suelen ser placas que estén muy visibles por el espacio corto al que están destinadas. Por lo que podremos encontrar solo la manada inferior del PCB.

Disponemos de 1 puerto PCIE 4.0 16x controlado por la CPU estando protegido por hoja para evitar daños y dar experto robustez. Esta configuración de puertos es deducción teniendo en cuenta que solo vamos a usar uno para la polímero gráfica.

Las ranuras para las RAMs en color fatídico contarán con 15μ de oro en las conexiones para mejorar su rendimiento en la conexión. Conexo a ellas tendremos el conector EATX de 24 pines, pegado con el conector USB 3.2 header GEN1.

La placa colchoneta está apto en formato ITX con un tamaño de 17 cm y 17 cm. La ASRock X570 como admisiblemente decíamos dispone de 10 fases de viandas, diriamos que incluso podemos contemplar la idea de usar un 3900X y porque no un 3950X.

Para el audio ASRock cuenta con codec más que conocido codec de audio Realtek ALC1220 con sus conectores jack recubiertos en oro para mejorar la conexión, incorpora un amplificador premium NE5532 para headsets con soporte hasta 600 Ohm.

Conexiones

En el I/O Shield trasero tendremos una amplia variedad de conexiones

Puerto antenas WIFI

Puerto PS/2

1 x HDMI

1 x DisplayPort

Salida S/PDIF óptica

1 x USB 3.2 Gen2 Thunderbolt

Type-C

2 x USB 3.2 Gen2 Tipo A

2 x USB 3.2 Gen1 Tipo A

1 x Puerto Gigabit Lan

1 x clear cmos

SATA y M.2

Disponemos de 4 puertos SATA 6Gb/s todos controlados por el chipset X570 y 1 slot para M.2 compatible con PCIe 4.0 4x teniendo capacidad para un tamaño maduro de 2280.

Conexiones USB

En conexiones USB tendremos 1 conector USB 2.0 header en la zona central de la placa que nos permitirán tener 2 puertos USB 2.0 y 1 conector 3.2 header para los conectores frontales de la torre.

Conexiones ATX

Para suministrar corriente al equipo y los componentes conectados a la placa tendremos 1 conector 24 pin EATX pegado con 1 conector 8 pines EATX, permitiéndose un suministro correcto para nuestros componentes.

Conectores para ventiladores y RGB

Contamos con 3 conectores de 4 pin PWM. Recordando que los compatibles con bombas de agua o AIO tienen una potencia máxima de 24W. La X570 ITX/TB3 tiene 2 conectores para la iluminación RGB más la iluminación que recorre el colateral bajo de la placa colchoneta. Contamos con 1 puerto RGB de 4 pines a 12V y con 1 ARGB de 3 pines a 5v.

Del manual podemos sacar fácilmente la posición de todos los conectores

Software

Phantom Gaming tuning

Suite completa de ASRock, con la que cambiar títulos configurados en BIOS sin tener que entrar en ella. Por supuesto no son permanentes, como el voltaje, frecuencia, velocidad de los ventiladores, monitoreo de los componentes, etc. Ya hemos utilizado la suite anteriormente y tenemos todas las funcionalidades que os mostramos debajo.

ASRock APP Shop

ASRockte pone las cosas fáciles para instalar su software, drivers o BIOS. Solo debes descargar desde la web, en soporte la aplicación ASRock APP Shop. En el interior del encontraremos una colección de aplicaciones propietarias de Asrock mercadería para el funcionamiento de la placa colchoneta, otras no propietarias de lo más variadas como Chrome, antivirus y por postrero drivers/BIOS correspondientes al maniquí de tu placa colchoneta. Todo ello instalable desde un clic sin complicaciones.

ASRock Polychrome

Todas las placas bases disponen de su software para configurar la iluminación RGB. Ya sea la instalada en la propia placa colchoneta como en el chipset o en el protector de conexiones externas como a través de conectores RGB. Simplemente elegiremos que conector o componente vamos a modificar y seleccionaremos una de las múltiples opciones.

Restart to UEFI

Aplicación útil si deseáis retornar directamente a la BIOS para configurar parámetros, os podréis olvidar de las esperas y estar atento a pulsar la combinación para entrar en BIOS.

Rendimiento

El equipo de pruebas:

Open Benchtable

Procesador AMD Ryzen 9 – 3800X

Refrigeración líquida Corsair H100i RGB Platinum

Placa colchoneta ASRock X570 PHANTOM GAMING ITX/TB3

Memorias G. Skill Tridentz 16 gb DDR4 a 4.133MHz CL19

KINGSTON AV400 480GB

Fuente de viandas Corsair RM850

Para las pruebas con OC hemos comparado su rendimiento tanto con un overclock en las memorias RAM como en la CPU, vayamos a los resultados.

Pruebas

BIOS

Que no os confunda su tamaño ITX, dispone de una bios muy completa con todas las opciones para overclock que deseamos en cualquier placa y con el beneficio de disponer de dos dimms en oportunidad de 4 para nuestra memoria RAM.

Desde ella podremos controlar el funcionamiento de los ventiladores así como monitorizar los voltajes. Podremos guarecer perfiles de overclock, instalar nuevas versiones de la BIOS desde un pendrive o conectándonos a internet. Cambiar los títulos de Precision Boost o utilizar los P-States para fijar la variación de frecuencias y voltajes que queremos para nuestra CPU y que con ello relaje su funcionamiento.

Como única punto mago no tendremos avisos cuando la configuración de la RAM de error, simplemente volverá a títulos de industria e iniciara Windows. Para comprobar si todo es correcto tendremos que iniciar algún software que nos muestre información y reiniciar para entrar en BIOS.

Overclocking

VRM

La ASRock X570 PG ITX/TB3 cuenta con 10 fases mostrándose sobrada para equipos con CPUs Ryzen que como sabemos mantienen unas temperaturas de stock muy correctas. Siendo capaz de tratar hasta con el presente 3900X.

Siendo capaz de tratar hasta con el presente 3900X

El número de fases, la calidad de las mismas y su refrigeración es muy importante, en las pruebas realizadas con overclock el VRM no supero los 45 grados con lo que su funcionamiento y desempeño nos dará un gran rendimiento.

CPU

Nosotros con nuestra AIO de Corsair, que ha hecho un trabajo magnífico hemos conseguido alcanzar los 4,275 GHz en todos los núcleos con un voltaje de 1.325v, con lo que tendremos un ínfimo incremento de rendimiento comparado con 4.2Ghz. Siempre hablando que solo juegues claro. Si igualmente realizas streaming la carga de trabajo aumentará y la velocidad del procesador bajará aún más, hasta los 4-3,9 GHz que ya comentábamos. Adecuado a ello, el incremento de rendimiento que tendremos manteniendo fijos los 4,275Ghz será experto y por consiguiente es recomendable. Lo mismo nos sucederá con trabajos profesionales, donde en Cinebench vemos como la velocidad del procesador devaluación hasta los 4Ghz.

RAMs

Las RAMS es un tema conveniente difícil. Si admisiblemente es cierto que alcanzamos grandes frecuencias, el punto dulce de Ryzen está en los 3733MHz. En pocas CPUs podremos conseguir los 3800MHz de frecuencia RAM con 1867MHz de frecuencia en IF.

Siendo dos bahías para RAMs el alcanzar altas frecuencias es más sencillo…

Siendo dos bahías para RAMs el alcanzar altas frecuencias es más sencillo pero encontrándonos de nuevo con el problema añadido de la inmueble Ryzen en la que subir por encima de 3800MHz activara el divisor 1:2 con lo que bajara nuestro rendimiento al disminuir la frecuencia del bus de Infinity Fabric.

Veredicto y Alternativas

No he podido resultar más satisfecho del rendimiento de la ASRock X570 ITX, parece increíble que con un tamaño tan corto podamos tener un rendimiento tan espectacular. La experto parte de los usuarios desconocen que una placa ITX cumple sobradamente con todas sus deposición. Todo esto es correcto a su suscripción capacidad por sus 10 fases así como en el uso mayoritariamente de una bahía para tarjetas gráficas de la experto parte de los consumidores.

Podemos encontrarla en tiendas como Alternate.es a un precio de 262 euros. Sin duda viendo el panorama en el mercado donde solo encontramos como alternativas la Gigabyte X570 I AORUS Pro WIFI con un precio de 232 euros con 8 fases podemos afirmar que la dilema de ASRock para un equipo ITX puede ser la más acertada no habiendo más competencia por el momento.

Esperamos que te haya gustado el articulo sobre, Asrock|ASROCK X570 PHANTOM GAMING ITX|Componentes|Reviews / ASRock X570 Phantom Gaming ITX/TB3, Review en gachupin y si te capricho el artículo que escribimos para ti compartirlo con tus amigos así cada vez somos más

La entrada Todo sobre ASRock X570 Phantom Gaming ITX/TB3, Review en español se publicó primero en El rincon de diego.

Por El rincon de diego

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amztech · 8 years ago

Video

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Streacom BC1: An Amazing Open Benchtable!

#HardwareCanucks #Tech #Gadgets #Techreview

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daefixockd-blog · 8 years ago

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Streacom lanza la BC1 Mini Open Benchtable

Seguramente al ver la foto os sonará esta nueva benchtable de la que usamos en todas nuestras review y la que protagonizo su propia review en los inicios de OCKD el año pasado. Se trata de la Open Benchtable de Streacom, que ahora recibe una nueva versión en formato ITX con la nueva Streacom BC1 Mini Open Benchtable. La nueva versión recoge el testigo de todo lo bueno de su hermana mayor y ofrece…

View On WordPress

#Open Benchtable BC1 Mini #Streacom

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seoexecutive-scott · 8 years ago

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Streacom BC1: An Amazing Open Benchtable!

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See the rest of the story at http://www.seoexecutive.com/streacom-bc1-an-amazing-open-benchtable/

#seoexecutive com #Streacom BC1: An Amazing Open Benchtable!

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pctestbench · 5 years ago

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ASRock has a history of cramming an inordinate amount of power in a small space, so maximizing the potential of Intel’s 10th gen platform on an ITX board doesn’t come as much of a surprise. ASRock’s new Z490 Phantom Gaming-ITX/TB3 marries Intel’s Z490 chipset with a 9-phase, 90A actively cooled VRM for overclocking support for Intel’s 10-core Core i9-10900K with premium features like 2.5Gb Ethernet, Intel WIFi 6, and even on-board Thunderbolt 3. It certainly looks great on paper, but how does it actually perform? Read on to find out!

PC Test Bench would like to thank ASRock for sending us the Z490 Phantom Gaming-ITX/TB3 check out!

ASRock’s Take on the Z490 Phantom Gaming-ITX/TB3:

Phantom Gaming is designed by gamers and for gamers! Underneath its relentless appearance lie plentiful gaming-oriented features and excellent gaming capabilities. It’s all about bringing a new gaming experience to gamers!

Optimized for Water Cooling – XXL Aluminum Alloy Heatsink with Active FAN Design

XXL Aluminum Alloy Heatsink design with an active fan that effectively improves heat dissipation and promotes overall performance. This is aimed for die-hard gamers and enthusiasts to bring a new computing experience paired with Intel’s 10-core processors.

Thunderbolt™ 3 Technology

Thunderbolt™ 3 technology brings speed and versatility to the most advanced USB Type-C, offering a fast and simple level of connection for work or home. It enables lightning-fast data transfer up to 40Gbps and connects up to 3 Thunderbolt™ 3 devices with a single wire, and even provides quick charging with 5V@3A (15W). Just experience the world’s fastest connectivity with Thunderbolt™ ready motherboards!

Base Frequency Boost (BFB) Technology

Whoever said that only K series CPUs and the Z-family platform are capable of being performed with maximum power. Via ASRock BFB (Boost Frequency Boost) Technology, users may install their non-K series CPUs to ASRock’s selected 400 series motherboards and enjoy the base frequency boost with the hidden power of processors immediately.

Features:

Supports 10th Gen and future generation Intel® Core™ Processors (Socket 1200)

Supports DDR4 4666MHz+ (OC)

1 PCIe 3.0 x16

Graphics Output Options: HDMI, DisplayPort, Intel® Thunderbolt™ 3

1 CH HD Audio (Realtek ALC1220 Audio Codec), Nahimic Audio

4 SATA3, 2 Ultra M.2 (PCIe Gen3 x4 & SATA3)

1 Intel® Thunderbolt™ 3 Type-C

3 USB 3.2 Gen2 10Gb/s (Rear)

4 USB 3.2 Gen1 5Gb/s (2 Front, 2 Rear)

Intel® Wi-Fi 6 802.11ax (2.4Gbps) + BT 5.1

Phantom Gaming 2.5 Gigabit LAN

Polychrome SYNC

Quick Specs:

LGA1200 Socket – Supports Intel 10th Generation Core Processors

Mini-ITX Form-Factor

9-phase Digi Power

Intel Z490 Chipset

2x DDR4 memory slots – Supports 4666MHz+ OC, max 64GB, Supports ECC memory

On-board Thunderbolt 3

HDMI 2.0 and Displayport 1.4

5Gb Realtek Dragon LAN

Intel WiFi 6 2×2 + Bluetooth 5.1

Dual M.2 slots – support PCIe 3.0 and SATA drives up to 80mm long.

8 Layer, 2-oz Copper PCB

A Closer Look

Like most ITX boards, ASRock’s Z490 Phantom Gaming-ITX/TB3 comes in a deceptively small box. The Phantom Gaming branding is quite prevalent.

Inside the box, you get the following inclusions:

Quick Installation Guide

Software Setup Guide

Phantom Gaming Postcard

Support CD

2 x Serial ATA (SATA) Data Cables

1 x ASRock WiFi 2.4/5 GHz Antenna

2 x Screws for M.2 Sockets

Reusable Cable wraps.

ASRock’s Z490 Phantom Gaming-ITX/TB3 follows the standard Mini-ITX form-factor. Intel’s LGA1200 socket sits nearly in the center of the board with two full-sized DDR4 ram slots to the right. The rear I/O is covered sans a vent for active cooling on the VRM. The top segment of the VRM also has a fan.

Like most ITX boards, there are a ton of components on the rear of the board. The only thing of note here is the second M.2 slot that supports 2280 drives only and can work with PCIe 3.0 or SATA drives.

The rear I/O cover is pre-installed and floats a few millimetres in each direction for the perfect installation in any case. It has the following:

Intel WiFi 6 802.11ax Antenna Ports

HDMI 2.0 Port

DisplayPort 1.4

Optical SPDIF Out Port

3 x USB 3.2 Gen2 Type-A Ports (10 Gb/s)

Thunderbolt 3 40Gbps Type-C Port (Also functions as a USB 3.2 Gen2 10Gbps)

PS/2 mouse/keyboard port.

2x USB 3.2 Gen1 Ports

(Dragon RTL8125BG based 2.5Gb RJ-45 Ethernet

Clear CMOS Button

Gold Audio Jacks

A tall riser card just above the PCIe slot holds far more than the obvious primary M.2 slot.

You get a speaker header, USB 2.0 header, a pair of SATA ports, and even some diagnostic LED’s.

The card is quite tall, as is the VRM heat sink, so be careful if you are planning on a super-compact build.

The bottom edge of the board only has the main PCIe x16 slot. On a side note, it supports PCIe bifurcation riser cards to split into x8/x8 or x8/x4/x4 slots.

The front edge of the board has the front panel I/O header, a fan header, a pair of SATA ports, a USB 3.0 header, the main 24-pin power, and an RGB header.

The top edge of the board has two more fan headers, a digital/addressable RGB header, an actively cooled VRM heat sink, and the 8-pin EPS power connector for the CPU.

Cooling on the Phantom Gaming ITX is pretty robust. Even the chipset is cooled with a heat pipe to the active rear VRM segment, and the main M.2 sinks heat into this as well.

Under the Hood

Getting all the covers off is quite an involved process, and given that you have to peel the cover plate off of its double-sided tape covered home to even get started, we don’t recommend doing this yourself.

With all of that out of the way, we can start to get a look at the board. There is quite a pile of fan wiring for the actively cooled VRM heatsinks but it all goes back to one header.

The CPU socket is driven from a 9-phase VRM set up in what appears to be a 6+2+1 setup for Vcore, VCCIO, and VCCSA.

The VRM is controlled from an Intersil ISL69269 PWM controller.

The power stages themselves are 90A rated Digi-power Intersil ISL99390 smart power stages.

Back near the I/O is Intel’s T803A900 Titan Ridge Thunderbolt controller. This controller is capable of supporting dual Thunderbolt 3 ports, but ASRock only puts one to use here.

Realtek’s Dragon RTL8125BG 2.5Gb LAN controller is their first single-chip 2.5GBE controller.

A single memory phase is provided by a Texas Instruments 53355dqp 30A Synchronous Buck Converter.

BIOS

ASRock starts you out in the ‘EZ Mode’ of the BIOS. You get a quick rundown of everything in the PC, as well as some basic options like turning on RAID or XMP.

Hitting F6 brings you to an advanced mode where all of the settings live. The Main tab is more of a landing page showing basic system specs.

The OC Tweaker page is where most will spend the most time. You can also save 10 different profiles and load them as you please.

Clock speeds, multipliers, voltages, and the works can all be found under here in their respective sub-menus.

The Advanced page lets you dive a little deeper into certain areas like I/O or USB configuration.

Each of the advanced pages offers some important but less often needed settings.

The tools page is an important one and was our first stop to update our system to the latest available BIOS.

The hardware monitor is pretty self-explanatory. You can keep tabs on all system voltages, temperatures, fan speeds, and everything else related here.

You can also tune all of your connected fans from here.

Most enthusiasts probably won’t use anything in the security tab, but a BIOS password can be set here as well as turning on the Trusted Platform module if installed, handy if you deploy this board in an office or similar environment.

Here in the Boot tab, you can configure things like boot order, and even turn off the full-screen boot logo if you prefer to see a quick summary instead.

And last but not least the Exit Tab, you can save or discard changes made this session, as well as restore defaults. You can also override boot settings to boot to a different device just this one time.

Software

ASRock Polychrome SYNC

Now you can adjust the RGB LED color through the ASRock Polychrome SYNC Utility. Download this utility from the ASRock Live Update & APP Shop and start coloring your PC style your way!

The very first time we can it, it had to update the onboard controller firmware. This was quick, and only happened once, so no worries.

Once in, you have quite a few options and effects to choose from. Our ram and even RGB M.2 drive showed up and were easily controllable as well.

ASRock Motherboard Utility (Phantom Gaming Tuning)

Phantom Gaming Tuning is ASRock’s A-Tuning multi-purpose software suite with a new themed interface, more new features, and improved utilities.

Setting a profile is as easy as a single click, but you can also manually overclock from here as well.

You can also tune fans and keep tabs on all of your system information.

ASRock Phantom Gaming LAN Software

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Live Update & App Shop

ASRock’s consolidated Live Update & App Shop is a handy tool to get everything installed all at once. You can grab all of the latest drivers and utilities from one location, as well as some suggested software like Google Chrome.

ASRock’s one-stop-shop for grabbing all needed utilities and the latest drivers in only a couple clicks makes system setup a snap.

Restart to UEFI

With as fast as computers can boot it is difficult to impossible to get back into the BIOS, this handy utility reboots you directly into it.

Performance Testing

Test Platform:

CPU – Intel Core i9-10900K Mobo – ASRock Z490 Phantom Gaming-ITX/TB3 RAM – 16GB (2x8GB) HyperX Fury RGB 3200MHz C16 GPU – Nvidia RTX 2080 Founders Edition SSD – Viper VPR100 RGB 1TB PSU – Thermaltake Toughpower Grand RGB Gold 750W Chassis – Open BenchTable Cooling – Custom Liquid Loop (EKWB Velocity CPU Block, EKWB PE240 Rad, 1x DDC Pump)

All testing is performed at default “out of the box” settings except for enabling XMP (Profile 1: 3200MHz 16-18-18-38 1.35V).

General Performance Testing

PCMark 10

PCMark 10 is the complete benchmark for the modern office. It is the ideal test for organizations that are evaluating PCs for a workforce with a range of performance needs. The tests in this benchmark cover a wide range of activities from everyday productivity tasks to demanding work with digital media content. PCMark 10 uses a modular approach to build relevant benchmark tests around common end-user scenarios. A Test Group is a collection of workloads that share a common theme or purpose. There are four test groups in PCMark 10, we use three of them. Essentials: covers the common, everyday ways that people use a PC. The workloads include Web Browsing, Video Conferencing, and App Start-up time. Productivity: measures system performance with everyday office applications. This test group includes Spreadsheets and Writing workloads. Digital Content Creation: This test group’s workload reflects the demands of working with digital content and media. The tests include Photo Editing, Video Editing, and Rendering and Visualization.

It’s always fun to see an ITX board keep up with full-sized boards.

WebXPRT 2015

WebXPRT 2013 uses scenarios created to mirror the tasks you do every day to compare the performance of almost any Web-enabled device. It contains four HTML5- and JavaScript-based workloads: Photo Effects, Face Detect, Stocks Dashboard, and Offline Notes. WebXPRT is run with the latest stable release version of Google Chrome browser, in this case, Version 61.

In our browser-based test, the pint-sized Phantom Gaming board actually leads the pack.

CPU Performance Testing

Super PI Modded 1.5

“In August 1995, the calculation of pi up to 4,294,960,000 decimal digits was succeeded by using a supercomputer at the University of Tokyo. The program was written by D.Takahashi in collaboration with Dr.Y.Kanada at the computer center. This record should be the current world record. (Details are shown in the windows help.) This record-breaking program was ported to personal computer environments such as Windows NT and Windows 95. In order to calculate 33.55 million digits, it takes within 3 days with a Pentium 90 MHz, 40 MB main memory, and 340 MB available storage.”

In this single-threaded test, the 10900K stays pegged at 5.3GHz the entire time which results in the fastest stock speed here we’ve seen to date.

CINEBENCH R15

“CINEBENCH is a real-world cross-platform test suite that evaluates your computer’s performance capabilities. CINEBENCH is based on MAXON’s award-winning animation software CINEMA 4D, which is used extensively by studios and production houses worldwide for 3D content creation. MAXON software has been used in blockbuster movies such as Iron Man 3, Oblivion, Life of Pi or Prometheus, and much more.

CINEBENCH is the perfect tool to compare CPU and graphics performance across various systems and platforms (Windows and OS X). And best of all: It’s completely free.”

We again see a single thread just blast ahead at full tilt for minutes on end for a killer score, but with all ten cores in play, it falls back to second place.

CINEBENCH R20

Cinebench is a real-world cross-platform test suite that evaluates your computer’s hardware capabilities. Improvements to Cinebench Release 20 reflect the overall advancements to CPU and rendering technology in recent years, providing a more accurate measurement of Cinema 4D’s ability to take advantage of multiple CPU cores and modern processor features available to the average user. Best of all: It’s free.

The same trend continues under Cinebench R20, but sustained all-core use certainly falls back to 4.9GHz around Intel’s standard time as expected.

Passmark Performance Test – CPU Mark

“Fast, easy to use, PC speed testing, and benchmarking. PassMark Performance Test ™ allows you to objectively benchmark a PC using a variety of different speed tests and compare the results to other computers.”

Passmark’s full system test comes in a few points behind full-sized boards, with around 1k fewer points on the overall score.

SiSoft Sandra – Cryptographic Bandwidth

“SiSoftware Sandra provides a robust package of diagnostic tools for testing your system and teasing out its problems–or potential headaches.”

Sisoft registered about 1.5GB/s less on CPU based cryptographic bandwidth as well, another all-core test.

Black Hole 4.2

Let the beast run and benchmark your system in three different tests (Multithreaded, Single-threaded & 4-Threaded) that will test your CPU to the very limit, and score you among hundreds of other systems that have tested.

Multithreaded will test your CPU’s efficiency of running more than one thread without major system lag. The higher you score on this one, the more threads your CPU can handle with a comfortable speed. High multithreaded scores generally mean you can render things faster.

4-Threaded tests your CPU’s performance in games since most games currently run on 4 threads.

Single-threaded evaluates how fast the CPU can handle a single, dedicated thread for processing.

Blackhole runs a single-threaded test, a four threaded test, and an all core. The Phantom Gaming ITX/TB3 knocks it out of the park on the first two tests and does decently on the all core test for a mid-place run.

Workstation Testing

Blender Benchmark 2.82 – BMW27

A new platform to collect and display the results of hardware and software performance tests. Aimed at an optimal comparison between system hardware and installations using open source software and testing content in the public domain.

Our Blender render comes in at 2 minutes and barely over 5 seconds, very close to the rest of the boards.

POV-Ray 3.7 Standard Benchmark – CPU

POV Ray’s standard benchmark comes in a fraction of a second behind the leader, but the spread here is very small.

7-Zip

The benchmark shows a rating in MIPS (million instructions per second). The rating value is calculated from the measured speed, and it is normalized with the results of the Intel Core 2 CPU with a multi-threading option switched off. So, if you have a modern CPU from Intel or AMD, rating values in single-thread mode must be close to real CPU frequency. There are two tests, compression with the LZMA method and decompression with the LZMA method. Once the total passes reach 50, the score is taken

ASRock makes just shy of 87,000 MIPS, a really solid score.

System Memory Testing

AIDA64 Engineer Edition

“FinalWire Ltd. today announced the immediate availability of AIDA64 Extreme Edition 1.50 software, a streamlined diagnostic and benchmarking tool for home users; and the immediate availability of AIDA64 Business Edition 1.50 software, an essential network management solution for small and medium scale enterprises. The new AIDA64 update implements AVX-optimized benchmarks for the upcoming Intel Sandy Bridge processors, adds a brand-new video encoding benchmark, and supports the latest AMD and NVIDIA graphics processors.”

Memory bandwidth on ASRock’s Z490 Phantom Gaming ITX/TB3 is solid, but latency is nothing short of spectacular. Sub 50ns latency from a 3200MHz C16 memory kit is just nuts.

Passmark Performance Test – Memory Mark – Threaded

Passmark also shows great memory performance.

SiSoft Sandra – Memory Bandwidth – Aggregate.

“SiSoftware Sandra provides a robust package of diagnostic tools for testing your system and teasing out its problems–or potential headaches.”

SiSoft is our only memory test that isn’t placing the ITX/TB3 in first place, but we still see a good score.

Synthetic Game Testing

3DMark – Fire Strike

“Fire Strike is a showcase DirectX 11 benchmark designed for today’s high-performance gaming PCs. It is our most ambitious and technical benchmark ever, featuring real-time graphics rendered with detail and complexity far beyond what is found in other benchmarks and games today”

Our first synthetic test puts the Z490 Phantom Gaming-ITX/PG3 in second place, with first only a couple of points away from first.

3DMark – Time Spy

“3Dmark Time Spy is a new DirectX 12 benchmark test for Windows 10 gaming PCs. Time Spay is one of the first DirectX 12 apps to be built “the right way” from the ground up to fully realize the performance gains that the new API offers. With DirectX 12 engine, which supports new API features like asynchronous compute, explicit multi-adapter, and multi-threading, Time Spy is the ideal test for benchmarking the latest graphics cards.”

It slips a touch further back on Time Spy, but is still pretty close, only a couple hundred points from first.

Unigine Superposition

Superposition has a small spread on our test samples, but the Phantom Gaming board narrowly misses first place here.

Game Testing

Sid Meier’s Civilization VI

Originally created by legendary game designer Sid Meier, Civilization is a turn-based strategy game in which you attempt to build an empire to stand the test of time. Become Ruler of the World by establishing and leading a civilization from the Stone Age to the Information Age. Wage war, conduct diplomacy, advance your culture, and go head-to-head with history’s greatest leaders as you attempt to build the greatest civilization the world has ever known.

Civilization VI offers new ways to engage with your world: cities now physically expand across the map, active research in technology and culture unlocks new potential, and competing leaders will pursue their own agendas based on their historical traits as you race for one of five ways to achieve victory in the game.

Our first real game test of ASRock’s Z490 Phantom Gaming-ITX/TB3 shows it performing well, with an average turn time of nearly exactly 7 milliseconds.

Far Cry 5

Anything can happen. Everything will.

Welcome to Hope County, Montana, land of the free and the brave, but also home to a fanatical doomsday cult—known as The Project at Eden’s Gate—that is threatening the community’s freedom. Stand up to the cult’s leaders, Joseph Seed, and the Heralds, as you spark the fires of resistance that will liberate the besieged community.

Far Cry 5 scores a solid 140FPS on average.

Far Cry New Dawn

Face off against the vicious Highwaymen, led by twin sisters Mickey and Lou, as you fight to survive in a post-apocalyptic frontier set in Hope County, Montana 17 years after the global nuclear catastrophe. Form unexpected alliances, build a deadly arsenal of makeshift weapons using the remnants of the old world.

In New Dawn, we get 125 FPS, a mere 4 FPS from first place.

Shadow of the Tomb Raider Experience Lara Croft’s defining moment as she becomes the Tomb Raider. In Shadow of the Tomb Raider, Lara must master a deadly jungle, overcome terrifying tombs, and persevere through her darkest hour. As she races to save the world from a Maya apocalypse, Lara will ultimately be forged into the Tomb Raider she is destined to be.

In Tomb Raiders’ latest installment, the Phantom Gaming-ITX/TB3 takes first place in our testing.

Ashes of the Singularity

Planet by planet, a war is raging across the galaxy. The technological singularity has given humanity the power to expand further than they ever have before. Now, they compete with each other and their sentient artificial intelligence adversaries for control of newfound worlds.

The Z490 Phantom Gaming ITX/TB3 falls a fraction of an FPS behind here, but the spread is pretty minimal.

Metro Exodus

Metro Exodus is an epic, story-driven first-person shooter from 4A Games that blends deadly combat and stealth with exploration and survival horror in one of the most immersive game worlds ever created.

ASRock scores another 1st place in our last real game test with a touch over 48 FPS average at maximum settings.

Overclocking

We always like to try the included software, so we fire up Phantom Gaming Tuning and toss it into Performance Mode.

Well, so much for that. Our scores actually drop slightly from the 228/2526 score at stock. This isn’t uncommon these days on the red or blue side. CPU manufacturers have gotten extremely good with the algorithms under the hood that keep their chips performing at the bleeding edge of silicon. When you start manually taking control of various aspects, you break this automatic performance, and you can lose a few points.

We reset to default and manually set all cores to 5.0 GHz. Our single thread performance comes back up near default, but we aren’t quite back on par with all cores in action.

We try pushing up to 5.1GHz but our score drops a little further.

Intel’s Extreme Tuning Utility reveals the culprit of our performance loss, we are hitting the Power Limit and throttling back.

Thankfully we can adjust this right from here so we just go ahead and max everything out.

Our next Cinebench run on the Z490 Phantom Gaming shows notable increases without that pesky throttling.

We are able to go ahead and push the clock up to 5.2GHz on all cores and this bumps our score up to almost 2800 points. Not bad!

Final Thoughts & Conclusion

Like we said in the intro of this article, ASRock has a habit of going all-in on ITX boards, even when no one else will and we find yet again they haven’t lost their edge. The Z490 Phantom Gaming-ITX/TB3 offers everything a power user could possibly want in a pint-sized package. Solid power delivery provides great overclocking capability which pretty well ices the cake. Active cooling on the VRM heat-sinks stay all but inaudible, even while overclocking, and the heat-sinks themselves barely get warm, unlike many small boards that will almost burn you after a long render. Connectivity outclasses most full-size systems with Thunderbolt 3, USB 3 10Gbps, 2.5Gbps LAN, and the latest WiFi-6 connectivity. Actually, that verb is probably the most appropriate description of the Phantom Gaming ITX/TB3 – Outclass. Nothing else really needs to be said.

Great Job ASRock!

[sc name=”award-must-have” ]

[sc name=”link_to_same_company_reviews” company=”ASRock” ]

ASRock Z490 Phantom Gaming-ITX/TB3 Review ASRock has a history of cramming an inordinate amount of power in a small space, so maximizing the potential of Intel’s 10th gen platform on an ITX board doesn’t come as much of a surprise.

#ASRock #Intel #ITX #Mini-ITX #Phantom Gaming #SFF #Small Form Factor #Thunderbolt

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kaos-sverige · 6 years ago

Video

youtube

AMD Converting Parts of Epyc to X570 Chipset, Dropping ASMedia

Published on Jan 18, 2019

News from AMD's partners about X570 chipset plans, the dropping of ASMedia, and transplanting of Epyc into X570. B550 is also discussed briefly. Ad: Buy the Open Benchtable (http://geni.us/W7NoyHC) Article: https://www.gamersnexus.net/news-pc/3... GamersNexus learned of X570 and B550 launch plans while at CES last week, working with AMD's industry partners to discuss timelines for the year. It sounds like the Ryzen 3000 series will likely see actual availability in June (although an announcement may be sooner), with X570 chipset completion determining some of the launch scheduling. Learn more about X570 in our original news video: https://www.youtube.com/watch?v=IcL4X... We have a new GN store: https://store.gamersnexus.net/ Like our content? Please consider becoming our Patron to support us: http://www.patreon.com/gamersnexus ** Please like, comment, and subscribe for more! ** Follow us in these locations for more gaming and hardware updates: t: http://www.twitter.com/gamersnexus f: http://www.facebook.com/gamersnexus w: http://www.gamersnexus.net/ Host, Reporting: Steve Burke Video: Andrew Coleman

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saimdeals-blog · 7 years ago

Text

Flip Top Convertible BenchTable Kit

The BenchTable has a pretty clever trick. It might look like it’s just chilling with the rest of the average park benches, but when you need a flat surface to eat your tacos without dripping hot sauce and meat juice all over your lap, just bend its back 90 degrees and – Oooh! Ahhh!��– it flips down to become a tabletop. It’s a bench, but it’s also a table!

In addition to its simple conversion from…

View On WordPress

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kerseyscott · 7 years ago

Link

A little more than mildly fascinated by this

0 notes

aboutict · 8 years ago

Text

Streacom maakt inklapbare benchtable voor mini-itx-systemen

Streacom heeft een kleinere versie van zijn BC1 Open Benchtable aangekondigd. De Mini-variant is geschikt voor mini-itx-moederborden. Net als het grote model is de benchtable inklapbaar en toolless te gebruiken. http://dlvr.it/PwVvrQ

0 notes

uros · 6 years ago

Text

Todo sobre ASUS Prime X570-PRO, Review en Español

Por su precio y capacidad se convierten posiblemente en una de las mejores opciones con la copular un equipo RYZEN en la hogaño. Su uso se plantea más para usuarios de 6 a 8 núcleos, donde desarrollar la potencia de los nuevos RYZEN. No obstante, es capaz de manejar CPUs de 12 núcleos como el 3900x, aunque no es lo recomendable.

Diseño87

Rendimiento94

Ecosistema85

Conectividad85

Calidad/Precio80

PCIE 4.0

Rendimiento excelente

Solo un disipador M.2

No tiene Wi-Fi

Precio elevado

En newesc hemos analizado la tono ingreso de placas saco con chipsets X570, pero como siempre hemos dicho hay muchas placas, con distintas configuraciones y capacidades. Una de las placas saco con mejores resultados y porque no estabilizar, más equilibrada es la ASUS Prime X570-PRO. Englobada internamente de la tono media ofrece un resultado y rendimiento impecable, pero mejor es que os mostremos nuestro observación.

Embalaje

El embalaje es la clásica caja en fondo oscuro con el maniquí y la placa saco impreso. En su lado opuesto todas las características importantes de la ASUS PRIME.

Abierta la caja y debajo de la placa saco encontraremos todos los accesorios, cable dilatador ARGB, cables SATA, tornillería para unidades M.2, conector rápido para placa saco, manual y ayudante rápida.

Procesador CPUs 3ª and 2ª AMD Ryzen/2ª and 1ª Gen AMD Ryzen con Radeon Vega Chipset AMD X570 Memoria 4 x DDR4 en Dual Channel viejo 4400 (O.C) Soporte para memoria ECC dependiendo de la CPU Slots 3rd Gen AMD Ryzen 2 x PCIe 4.0 x16 (x16 or dual x8) 2nd Gen AMD Ryzen 2 x PCIe 3.0 x16 (x16 or dual x8) 2nd and 1st Gen AMD Ryzen with Radeon Vega Graphics Processors 1 x PCIe 3.0 x16 (x8 mode) AMD X570 chipset (gestionados por el chipset) 1 x PCIe 4.0 x16 (max at x4 mode) 3 x PCIe 4.0 x1 Almacenamiento 3rd Gen AMD Ryzen 1 x M.2_1 socket 3, with M Key, Type 2242/2260/2280/22110 PCIE 4.0 x4 2nd Gen AMD Ryzen/2nd and 1st Gen AMD Ryzen with Radeon Vega Graphics Processors : 1 x M.2_1 socket 3, with M Key, Type 2242/2260/2280/22110 PCIE 3.0 x4 AMD X570 chipset (ventilado por el chipset) 1 x M.2_2 socket 3, with M Key, Type 2242/2260/2280/22110 PCIE 4.0 6 x SATA 6Gb/s port(s) Conexiones externas 1 x PS/2 keyboard/mouse combo port(s) 1 x DisplayPort 1 x HDMI 1 x LAN (RJ45) port(s) 1 x Optical S/PDIF out 5 x Audio jack(s) 4 x USB 3.2 Gen 1 (up to 5Gbps) ports Type-A 3 x USB 3.2 Gen 2 (up to 10Gbps) ports (Type-A) 1 x USB 3.2 Gen 2 (up to 10Gbps) ports (Type-C) Conexiones internas 2 x Aura RGB Strip Headers 1 x Addressable Gen 2 header(s) 2 x USB 2.0 connector(s) support(s) additional 4 USB 2.0 port(s) 2 x M.2 Socket 3 with M Key, type 2242/2260/2280/22110 storage devices support (SATA mode & PCIE mode) 1 x SPI TPM header 1 x COM port(s) connector(s) 6 x SATA 6Gb/s connector(s) 1 x CPU Fan connector(s) (1 x 4 -pin) 1 x CPU OPT Fan connector(s) (1 x 4 -pin) 3 x Chassis Fan connector(s) (3 x 4 -pin) 1 x PCH_FAN (1 x 4 -pin) 1 x AIO_PUMP connector (1 x 4 -pin) 1 x 24-pin EATX Power connector(s) 1 x 8-pin ATX 12V Power connector(s) 1 x 4-pin ATX 12V Power connector(s) 1 x Front panel audio connector(s) (AAFP) 1 x System panel(s) 1 x Power-on button(s) 1 x Clear CMOS jumper(s) 1 x Node Connector(s) 1 x Water Pump header (4-pin) 1 x T_Sensor Connector 1 x USB 3.2 Gen 2 (up to 10Gbps) connector 1 x USB 3.2 Gen 1 (up to 5Gbps) connector support additional 2 USB ports Futuro gráficas – Soporte HDMI 2.0b viejo of 4096 x 2160 @ 60 Hz – Soporte DisplayPort 1.2 viejo 4096 x 2160 @ 60 Hz Audio Realtek® S1220A 8-Channel High Definition Detector de impedancia de auriculares Amplificador hasta 600 Ohms Inscripción calidad 120 dB SNR salida stereo y 113 dB SNR en disco LAN Intel® I211-AT

Diseño y construcción

El PCB se presenta en color oscuro atravesado de líneas blancas que recorren toda la placa saco en diagonal. Tanto el disipador del chipset como el protector de las conexiones externas lo encontraremos en color blanco, disponiendo de iluminación RGB. Mientras que los disipadores de aluminio tanto de los VRM como el de la dispositivo M.2 llegan en un color anodino cepillado.

Para ayudar a la refrigeración del chipset X570 la PRIME cuenta como el resto de placas saco de esta reproducción de un ventilador.

Disponemos de 3 puertos PCIE 4.0 16x, dos controlados por la CPU y uno por el chipset (modo 4x carencia más), estando dos de ellos protegidos por puñal para evitar daños y dar longevo robustez. Para aportar más conexiones tendremos igualmente disponibles de 3 PCIE 4.0 1x, igualmente controlados por el chipset.

Acoplado al lado derecho de la CPU tenemos los 4 slots DIMM en color oscuro y anodino, sensato al lado tendremos un brote pequeño con la función start o power on.

La placa saco está apto en formato ATX con un tamaño de 30,5 cm y 24,4 cm. La PRIME X570 como adecuadamente decíamos dispone de 14 fases de nutriente, una monograma congruo longevo a la habitual en esta tono. Con consumo en pruebas de estrés superior a los XXX con lo que el detención número de fases servirá para nutrir unas temperaturas y voltaje adecuado.

Para el audio ASUS cuenta con codec Realtek® S1220A de 8 canales de ingreso definición muy utilizado en esta tono, incorpora un DAC de ingreso calidad con 120 dB SNR estereofónico y 130 dB en disco.

Conexiones

Externas

En el I/O Shield trasero tendremos una amplia variedad de conexiones

1 x PS/2 keyboard/mouse combo port(s)

1 x DisplayPort

1 x HDMI

1 x LAN (RJ45) port(s)

1 x Optical S/PDIF out

5 x Audio jack(s)

4 x USB 3.2 Gen 1 (up to 5Gbps) ports Type-A

3 x USB 3.2 Gen 2 (up to 10Gbps) ports (Type-A)

1 x USB 3.2 Gen 2 (up to 10Gbps) ports (Type-C)

Internas

Lo mejor para ilustraros donde tenemos cada conector es venir al manual, pero en Newesc siempre os ponemos las cosas fáciles y os traemos la ilustración hasta vosotros

Conectores PCIE

Disponemos de 3 PCIE 4.0 16x, uno de ellos controlado por el chipset en modo 4x, lo que nos permitirá conexiones 16x/ 0x /0x, 8x/8x o adecuadamente 8x/8x/4x. Lo que nos permitirá configuraciones SLI-Way de NVIDIA o AMD 3-Way Crossfire.

Así mismo igualmente disponemos de 3 PCIE 1x controlados igualmente por el chipset que nos permitirán usar otros componentes como una polímero de sonido.

SATA y M.2

Disponemos de 6 puertos SATA 6Gb/s todos controlados por el chipset X570 y 2 slots para M.2, todos ellos compatibles con PCIe 4.0 4x los dos admitirán los de longevo tamaño 22110. Aquí viene lo bueno, al estar gestionados los SATA por el chipset X570 y las unidades M.2 por la CPU no existen problemas de pérdida de puertos al usar unos u otros.

Conexiones USB

Disponemos de los siguientes puertos controlados por la CPU

4 x USB 3.2 Gen 1 port(s) (4 panel trasero, cerúleo, Type-A)

Mientras que controlados por el chipset X570 disponemos

1 x USB 3.2 Gen 2 conector para panel extranjero.

4 x USB 3.2 Gen 2 port(s) (4 at panel trasero, 3 x Type-A+1 x Type-C)

2 x USB 3.2 Gen 1 port(s)

4 x USB 2.0 port(s)

Norma y sus usos

Timbre Start, de sobra conocido por todos os permitirá encender el equipo, así como apagarlo si lo dejáis pulsado. Muy útil sobre todo para pruebas de overclock rápidas sin torre.

Software

AI Suite

Suite de ASUS que permite controlar todos los aspectos configurables de la placa saco. Podremos realizar overclock a la CPU, controlar voltajes, ventiladores, rendimiento de las fases, monitorizar los componentes, una amplia tono de opciones enseres. Aunque todas estas modificaciones solo sirven una vez iniciado Windows y cargadas desde la aplicación. Si queremos que sean permanentes deberemos hacerlo desde BIOS.

Turbo Lan

Su función basicamente es permitirnos encargar las conexión LAN de la placa saco asi como los programas que quieran transmitir datos a traves de ella. Con ello por ejemplo podremos dar prioridad a los juegos.

Realtek

Software fundamental para la configuración del audio de la polímero con sus conectores JACK o SPDIF.

Asus Aura

Suite de ASUS que nos permitirá controlar la iluminación a través de los puertos RGB de la placa saco, contando con 4 así como otros componentes conectados por USB o internos compatibles con AURA.

Rendimiento

El equipo de pruebas:

Open Benchtable

Procesador AMD RYZEN 5 – 3600X

Refrigeración líquida Corsair H100i RGB Platinum

Placa saco ASUS PRIME x570–PRO

Memorias G. Skill Tridentz 16 GB DDR4 a 4.400mhz Cl19 @ 3600 Cl15 1.4v Soc 1.1v

Kingston AV400 250Gb

Fuente de nutriente Corsair RM850

Para las pruebas con OC hemos comparado su rendimiento tanto con un overclock en las memorias RAM como en la CPU, vayamos a los resultados.

PRUEBAS

BIOS

Como siempre una de las bios más completas en el mercado, con todas las opciones necesarias para controlar un overclock.

Overclocking

CPU

La ASUS PRIME no defrauda, tanto si tienes pensado copular un 3600x como un 3700x mantendrá unos voltajes correctos en carga. En automóvil sobra estabilizar que su funcionamiento es el inmejorable pensado para sacar el viejo posible a las frecuencias disponibles por vuestra CPU. No olvidéis que es importante tener un buen disipador o cooler para ello.

RAM

Buen sabor de boca con las RAMs, aunque tengo que estabilizar que no he actualizado a la última traducción AGESA. Satisfacción cuando hemos conseguido ascender a su punto dulce con una frecuencia de 3733Mhz y un bus para Infinity de 1866Mhz. Como adecuadamente sabéis, su punto dulce.

Mas allá de ello es perdida de rendimiento no interesando ascender a su máxima capacidad. De hecho, no tiene sentido que realicemos más pruebas de viejo overclock para las RAMs, ya que sería como caminar con destino a detrás.

Veredicto y Alternativas

Llevo 3 generaciones probando ASUS PRIME y nunca defraudan, tanto en la calidad de los materiales como en su rendimiento. Gran capacidad tanto para las CPUs como para las RAMs. Cuenta con el número adecuado de conexiones, aun faltando Wi-Fi, pero sobradas para conectar periféricos por doquier. Así mismo cuenta con la compatibilidad con PCIE 4.0, siendo el futuro en serie en todas las placas saco.

Su uso se plantea más para usuarios de 6 a 8 núcleos, donde desarrollar la potencia de los nuevos RYZEN. No obstante, es capaz de manejar CPUs de 12 núcleos como el 3900x, aunque no es lo recomendable. Si adecuadamente su diseño no es tan atractivo como la tono ROG, podemos estabilizar que estamos en un punto intermedio, siendo muy agradable.

Actualmente podemos encontrarla en Amazon a un precio de 280,50 euros. Como alternativas podemos encontrar la MSI X570 Gaming Pro Carbon al mismo precio incluyendo dos disipadores M.2 y conectividad Wi-Fi o en ASRock con su X570 Extreme4 con doble disipador y Wi-Fi o la Steel Legend si no deseamos Wi-Fi en 301,26 y 275,80 euros respectivamente.

Esperamos que te haya gustado el articulo sobre, asus|asus prime x570-pro|Componentes|Reviews|X570 / ASUS Prime X570-PRO, Review en Castellano y si te capricho el artículo que escribimos para ti compartirlo con tus amigos así cada vez somos más

La entrada Todo sobre ASUS Prime X570-PRO, Review en Español se publicó primero en El rincon de diego.

Por El rincon de diego

#IFTTT #El rincon de diego

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pctestbench · 5 years ago

Text

As much fun as flagship CPU’s are each generation, many gamers can save some serious cash with a lower-tier CPU like the new Intel Core i5-10600K and still have a great time. Since most games are still lightly threaded, a few fast cores offer a better gaming experience than several slower ones anyway. The Core i5-10600K packs 6 cores and 12 threads of high-speed gaming prowess into a modest $262 price point. With a base clock speed of 4.1Ghz and the ability to boost to 4.8Ghz out of the box, the 10600K can easily handle all of your games as well as streaming them to your fans. A 125W TDP and full unlocked overclocking support means you can dial it up a little more if needed. Is this the sweet spot for gaming? Let’s find out!

We want to thank Intel for sending us over the new Core i5-10600K to try out!

Intel’s take on the Core i5-10600K:

Built for serious gamers, 10th Gen Intel® Core™ desktop processors bring the right balance of frequency, cores, and threads, plus support for the latest technologies and advanced tuning flexibility to help put users in control of the real-world gaming experiences that matter most to them.

Obligatory Die Shot:

Important features:

Intel Hyperthreading Technology: Do more simultaneously across 10th Gen Intel Core i9, i7, i5, and i3 processors.

Intel Quick Sync Video: Uses integrated processor graphics to optimize gameplay while gamers stream and record and provides creators with the hardware acceleration they need for the latest video codecs.

Memory Support up to DDR4-2933 Memory Speeds: For smooth gameplay, immersive realism, faster multitasking, and productivity when creating.

Intel Graphics Command Center: Optimizes your Intel® graphics experience.6

Enhanced Core & Memory Overclocking: Gain ultimate control when overclocking your processor and key system components with features enabled by new unlocked and overclockable 10th Gen Intel® Core™ processors.7

Per-Core Hyperthreading Control for Overclocking: allows experienced overclockers to decide which hyper threads to turn on or off on a per-core basis.

Intel Ethernet Connection I225: Now available on the 10th Gen platform, 2.5G Intel Ethernet Connector I225 delivers greater than 2X the network speeds of 1GB Ethernet on existing cabling.

Intel Wi-Fi 6 AX201: Now integrated into 10th Gen Intel Core desktop processors, Intel Wi-Fi 6 (Gig+) delivers responsive gameplay, nearly 3X faster downloads and more reliable connections. Delivers best-in-class wireless experiences with the freedom and flexibility to game or create anywhere throughout the home or office.

Intel Performance Maximizer: Offers an active core group tuning feature that overclocks each core group tuning feature that overclocks each core group, increasing their performance potential, for maximum gaming performance.

Intel Extreme Tuning Utility: Push performance desktops in new and innovative ways with a new Intel® Extreme Tuning Utility benchmark targeted for experienced overclockers. Now with the Intel Speed Optimizer that is a one-click overclocking feature within Intel Extreme Tuning Utility (XTU). Intel Speed Optimizer will be new for 10th Gen processors and takes advantage of power delivery and thermal headroom within a given chassis or design. Intel Speed Optimizer helps more an unlocked processor’s cores reach nearer to the single-core turbo boost frequency.

Intel Smart Cache: Up to 20M of shared lowest level cache allowing faster access to your data by enabling dynamic and efficient allocation of the cache to match the needs of each core, significantly reducing latency to frequently used data and improving performance.

Thunderbolt 3 support: Thunderbolt 3 ports are the fastest USB-C available, so you can take Thunderbolt 3 SSDs to LAN parties and play games with lightning-fast data transfers.

Intel Optane Memory H10 with SSD Support: Launch apps, games, and project files faster, and stay productive while multitasking.

Quick Specs:

# of Cores – 6

# of Threads – 12

Processor Base Frequency – 4.10 GHz

Max Turbo Boost 2.0 Frequency – 4.80 GHz

Cache – 12 MB Intel Smart Cache

TDP – 125 W

Max Memory Size – 128 GB

Memory Speed – DDR4-2933

Max # of Memory Channels – 2

Processor Graphics – Intel UHD Graphics 630

Scalability – 1S Only

PCI Express Revision – 3.0

Max # of PCI Express Lanes – 16

Sockets Supported – FCLGA1200

TJUNCTION – 100°C

For full features and specs, click here:

A Closer Look

Our review samples showed up in a special box that retail chips won’t be in.

It opens up to reveal a blue acrylic sheet with the Intel logo. You can see two smaller boxes under it.

A finger hole lets you pop the clear cover off.

Inside are two smaller boxes, one contains a Core i5-10600K and the other, the new flagship Core i9-10900K.

Today we’ll be focusing on the i5-10600K.

The new LGA1200 based CPU’s look very similar to the former LGA1151 chips at first glance.

They are the same size, the only difference is the key notches are now about a quarter way up from the bottom instead of very near the top.

The bottom itself is also very similar, with a ton of micro-sized SMT components in the middle, and a grid of gold contacts around it. Let’s strap it in the test bench and move on to testing!

Synthetic Testing

Test Platform:

CPU – Intel Core i5-10600K Mobo – Aorus Z490 Master RAM – 32GB (4x8GB) HyperX Fury RGB 3200MHz C16 GPU – Nvidia RTX 2080 Founders Edition SSD – Kingston KC1000 1TB PSU – Thermaltake Toughpower Grand RGB Gold 750W Chassis – Open BenchTable Cooling – Custom Liquid Loop (EKWB Velocity CPU Block, EKWB PE240 Rad, 1x DDC Pump)

All testing is performed at stock settings except for enabling XMP (Profile 1: 3200MHz 16-18-18-38 1.35V) and Aorus’s Multicore Enhancement disabled in the BIOS.

Super PI Modded 1.5

With clock speeds hitting 4.8Ghz, it’s not a surprise to see the Core i5-10600K land in the middle of previous-gen flagship territory in this single-threaded test.

CINEBENCH R15

CINEBENCH is the perfect tool to compare CPU and graphics performance across various systems and platforms (Windows and OS X). And best of all: It’s completely free.”

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Multi-threaded performance, as expected, leads previous-gen 6-core chips thanks to the increased clock speeds 10th gen offers. Single-Threaded performance shows it landing closer to previous i9 chips than i5 chips.

CINEBENCH R20

In the newer Cinebench R20, we see a similar pattern with the 6-core i5-10600K leading the previous 6-core champion, the Core i7-8700K.

Passmark Performance Test – CPU Mark

Passmark’s Performance Test 10 enjoys the clock speed increase with the i5-10600K and it holds a commanding lead over the previous 6-core chip.

SiSoft Sandra – Cryptographic Bandwidth

“SiSoftware Sandra provides a robust package of diagnostic tools for testing your system and teasing out its problems–or potential headaches.”

SiSoft’s CPU Cryptographic Bandwidth really favors team red’s architecture here but some of Intel’s HEDT chips hold the top spot. We do see a pretty significant increase over the last-gen parts.

Y-Cruncher

Written by Alexander J. Lee “From a high-school project that went a little too far…” y-cruncher, (y for gamma) is a number-crunching program that can compute various mathematical constants.

It was originally a small program specialized for computing the Euler-Mascheroni Constant. (Which uses gamma as its symbol, hence the name). It has since gained the ability to compute other constants.

It is the first of its kind that is multi-threaded and scalable to multi-core systems. Ever since its launch in 2009, it has become a common benchmarking and stress-testing application for overclockers and hardware enthusiasts.

We tested using the built-in benchmarks to compute Pi to 1 Billion Digits in both single and multi-threaded mode and recorded the Total Computation time at the end of the run. Y-Cruncher is also able to take advantage of AVX512 instructions in compatible CPU’s. Due to the thermal load of running Intense AVX workloads, Intel has implemented and AVX offset clock that may scale the CPU’s clock speed back, even below stock speeds when running intense AVX loads. For this reason, we note the CPU’s clock speed in both single and multi-threaded test modes.

It’s interesting to see the 6-core 10600K hang with the 9th gen i9’s on single-threaded and then turn around and stomp the 9900K in multi-threaded testing.

Black Hole 4.2

4-Threaded tests your CPU’s performance in games since most games currently run on 4 threads.

Single-threaded evaluates how fast the CPU can handle a single, dedicated thread for processing.

We see AMD’s architecture holding a pretty noticeable advantage but the Core i5-10600K lands where we expect it to here.

Workstation & Productivity Testing

Blender Benchmark 2.82 – BMW27

For real-world productivity, there is zero substitute for raw core count, and this is no exception. We still see the faster clock speeds help the i5-10600K edge out the 8700K though.

POV-Ray 3.7 Standard Benchmark – CPU

The POV-Ray standard benchmark shows similar results with the i5-10600K obliterate it’s older but higher-tier counterpart.

x265 HD Benchmark A benchmark that measures how fast your computer can encode HD (1080p) video in the new H.265 / HEVC format.

Encoding video to HEVC is not that uncommon these days, and the i5-10600K handles it well.

7-Zip

The benchmark shows a rating in MIPS (million instructions per second). The rating value is calculated from the measured speed, and it is normalized with the results of the Intel Core 2 CPU with a multi-threading option switched off. So if you have modern CPU from Intel or AMD, rating values in single-thread mode must be close to real CPU frequency. There are two tests, compression with the LZMA method and decompression with the LZMA method. Once the total passes reach 50, the score is taken

Zipping and unzipping files to send is another frequent task that is even more common in this ‘work-from-home’ world this year. The 10600K handles this readily and edges out previous 6-core parts by around 50%.

Memory & Cache Testing

AIDA64 Engineer Edition

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Internal cache performance is pretty well on par with the previous 6 core parts, so no surprises here since they are all the same family after all.

Actual memory bandwidth to the system ram is actually a hair better than it’s i9-10900K sibling here. Interesting.

The new Core -5-10600K has a little bit lower latency overall to system memory than it’s i9 sibling.

Passmark Performance Test – Memory Mark – Threaded

Passmark again shows us with the i5-holding a slight performance advantage over the new i9.

SiSoft Sandra – Memory Bandwidth – Aggregate.

“SiSoftware Sandra provides a robust package of diagnostic tools for testing your system and teasing out its problems–or potential headaches.”

While we expect quad-channel enabled HEDT chips to score higher as we see, most of the Dual-channel parts here all stack up within margin of error.

Synthetic Game Testing

3DMark – Fire Strike

In this synthetic physics test, the increased clock speed on the 10th gen i5-10600K do well here, even against team red’s 8-core parts.

3DMark – Time Spy

The more modern Time Spy test shows the same trend with an even wider lead on the 8700K and even Ryzen 7 2700X.

Game Testing

Sid Meier’s Civilization VI

Intel bills the new Core i9-10900K as the world’s fastest gaming processor and its smaller i5-10600K sibling isn’t far behind. Only the previous special edition 9900KS can fight it’s way into the 10th gen range here.

Far Cry 5

Anything can happen. Everything will.

Far Cry 5 hits modern multi-core CPU’s pretty hard, and can take advantage of more than a couple of cores. Here we see the i5-10600K match up to last gen’s flagship i9-9900K almost perfectly.

The latest Tomb Raider also sees a benefit from more CPU power and the i5-10600K delivers a great experience out of the box.

Ashes of the Singularity

The Core i9-10600K again fights its way into the middle of the 9th gen’s flagship pile and leaves previous 6-core parts well behind.

Overclocking, Power & Thermals

For Power usage, we will be using a FLIR CM78 DC Amp clamp directly monitoring the 12V EPS connections to the motherboard. This gives us a real-world accuracy of +/- 2 Watts across our entire measuring range from 0W to more than enough to melt both 8-pin EPS plugs.

At stock, we peg out at 4.8Ghz on a couple of cores. Thermals are great in the low 70C range, with power draws around 150W.

We’ll enable Aorus’s Multi-Core Enhancement which pegs all cores at maximum Turbo, which is 4.8Ghz. We see a decent jump in score, and power only climbs to around 181W under full load. Temps hover in the upper 70C range with the hottest core hitting 78C.

From here we’ll take over manually and go up to 4.9GHz on all cores. Something weird happens here as the voltage jumps, scores drop slightly and power usage is pretty much the same.

We went ahead and tried for 5GHz and whatever weirdness happened at 4.9Ghz is gone. Temps are back in the mid 70C range with core voltage at 1.356V. Power usage climbs slightly to around 190W.

5.1Ghz is pretty easy to get stable on the i5-10600K but requires a bit more voltage. We ended up going up about 0.05V to just over 1.4V, which kicked temps into the low 80C range. Power usage jumped to around 214W.

We tried for 5.2Ghz on all cores, but out particular CPU just wasn’t having it. We pushed voltage up to 1.45V and still couldn’t get it fully stable and temps were crashing into the 100C range pretty much instantly at that voltage. Sometimes you win the silicon lottery, sometimes you don’t. Your mileage may vary but our particular slice of silicon hit a wall above 5.1Ghz all core.

Conclusion

Intel’s Core i5 tier of chips are often a favorite of gamers. They provide solid performance at a price that still lets you invest in a good GPU to go with it. 6 cores at these clock speeds is plenty of power for high frame rate gaming, or a bit less competitive gaming while streaming. The street price of around $275 is pretty much on par with previous offerings in this tier but lands a decent chunk of change above a similarly positioned red offering. In most of our gaming tests, it did fight toe to toe with previous-gen 8-core chips that bring $500+ still, so it’s a decent leap forward.

This is the lowest tiered offering this generation that is still unlocked, but given the modest overclocking headroom we found, a more competitive selection might be the locked i5-10600 for around $225 for those on a budget. If you score well in the silicon lottery, 6 cores at 5.2Ghz are certainly a force to be reckoned with though if our testing is any indication. All in all, this is a great choice for many gamers and the platform as a whole makes it pretty easy to recommend.

Good job Intel!

[sc name=”award-editors-choice” ]

Intel Core i5-10600K 10th Gen LGA1200 CPU Review As much fun as flagship CPU’s are each generation, many gamers can save some serious cash with a lower-tier CPU like the new Intel Core i5-10600K and still have a great time.

#10th Gen #Core i5 #Core i5-10600K #Intel #LGA1200 #Z490

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pctestbench · 5 years ago

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Intel’s new Core i9-10900K CPU is an interesting product. While some of the more vocal fans of a certain red competitor may give Intel some flak about reusing their 14nm node yet again, Intel has learned how to really polish a product and extract every bit of benefit from the silicon. This is Intel’s first 10-core mainstream product, with previous 10+ core chips locked entirely in the server and HEDT realm. The i9-10900K also boasts the highest stock Turbo clocks ever released at 5.2Ghz. If that wasn’t enough speed, the new Thermal Velocity Boost can kick the clocks up a bit higher yet to 5.3Ghz, pending your cooler can handle it. All this speed did require a small boost in TDP, up to 125W from the past ~95W ceiling the previous gens have tried to stay at. With more core, more clock speed, and more power, you would think this chip is destined to melt right? No. To help with cooling such concentrated performance, Intel took a page out of “I-void-warranties” extreme over-clockers book of tricks and shaved the actual silicon die down about as thin as it can go. With less physical silicon between the actual transistors and the heat spreader, every watt can get out as fast as possible. A new socket, LGA 1200, houses Intel 10th gen chips and paves the way for some exciting things slated for the next generation. Even though there are few more pins, all of your existing coolers will work with the new socket, which is great news to anyone with a beefy aftermarket cooler.

We want to thank Intel for sending us over the new Core i9-10900K to test out!

Intel’s take on the Core i9-10900K:

The new 10th Gen Intel Core i9-10900K leads our new family of processors and takes the crown as the world’s fastest gaming processor, delivering speeds of up to 5.3GHz. New overclocking controls allow gamers to get more from their unlocked 10th Gen Intel® Core processor and get the best overclocking experience.

Built for serious gamers, 10th Gen Intel Core desktop processors bring the right balance of frequency, cores, and threads, plus support for the latest technologies and advanced tuning flexibility to help put users in control of the real-world gaming experiences that matter most to them.

Obligatory Die Shot:

Important features:

Intel Thermal Velocity Boost: Gamers and creators get an opportunistic and automatic boost across single-core and multi-core workloads, up to a blazing 5.3GHz, right out of the box.

Intel Turbo Boost Max Technology 3.0: Get an automatic performance boost on lightly threaded applications with Intel Turbo Boost Max Technology 3.0.

Intel Hyperthreading Technology: Do more simultaneously across 10th Gen Intel Core i9, i7, i5, and i3 processors.

Memory Support up to DDR4-2933 Memory Speeds: For smooth gameplay, immersive realism, faster multitasking, and productivity when creating.

Intel Graphics Command Center: Optimizes your Intel® graphics experience.6

Per-Core Hyperthreading Control for Overclocking: allows experienced overclockers to decide which hyper threads to turn on or off on a per-core basis.

Intel Ethernet Connection I225: Now available on the 10th Gen platform, 2.5G Intel Ethernet Connector I225 delivers greater than 2X the network speeds of 1GB Ethernet on existing cabling.

Thunderbolt 3 support: Thunderbolt 3 ports are the fastest USB-C available, so you can take Thunderbolt 3 SSDs to LAN parties and play games with lightning-fast data transfers.

Intel Optane Memory H10 with SSD Support: Launch apps, games, and project files faster, and stay productive while multitasking.

Quick Specs:

# of Cores – 10

# of Threads – 20

Processor Base Frequency – 3.70 GHz

Max Turbo Boost 3.0 Frequency – 5.20 GHz

Intel® Thermal Velocity Boost Frequency – 5.30 GHz

Cache – 20 MB Intel Smart Cache

TDP – 125 W

Max Memory Size – 128 GB

Memory Speed – DDR4-2933

Max # of Memory Channels – 2

Processor Graphics – Intel UHD Graphics 630

Scalability – 1S Only

PCI Express Revision – 3.0

Max # of PCI Express Lanes – 16

Sockets Supported – FCLGA1200

TJUNCTION – 100°C

For full features and specs, click here:

Intel 10th Gen SKU Table

A Closer Look

Our review samples showed up in a special box that retail chips won’t be in.

It opens up to reveal a blue acrylic sheet with the Intel logo. You can see two smaller boxes under it.

A finger hole lets you pop the clear cover off.

Inside are two smaller boxes, one contains a Core i5-10600K and the other, the new flagship Core i9-10900K.

Today we’ll be focusing on the i9-10900K.

The new LGA1200 based CPU’s look very similar to the former LGA1151 chips at first glance.

They are the same size, the only difference is the key notches are now about a quarter way up from the bottom instead of very near the top.

The bottom itself is also very similar, with a ton of micro-sized SMT components in the middle, and a grid of gold contacts around it. Let’s strap it in the test bench and move on to testing!

Synthetic Testing

Test Platform:

CPU – Intel Core i9-10900K Mobo – Aorus Z490 Master RAM – 32GB (4x8GB) HyperX Fury RGB 3200MHz C16 GPU – Nvidia RTX 2080 Founders Edition SSD – Kingston KC1000 1TB PSU – Thermaltake Toughpower Grand RGB Gold 750W Chassis – Open BenchTable Cooling – Custom Liquid Loop (EKWB Velocity CPU Block, EKWB PE240 Rad, 1x DDC Pump)

All testing is performed at stock settings except for enabling XMP (Profile 1: 3200MHz 16-18-18-38 1.35V) and Aorus’s Multicore Enhancement disabled in the BIOS.

Super PI Modded 1.5

As this test is entirely single-threaded, it’s no surprise the Core i9-10900K lands a win here with single thread clock speeds able to hit a staggering 5.3GHz.

CINEBENCH R15

CINEBENCH is the perfect tool to compare CPU and graphics performance across various systems and platforms (Windows and OS X). And best of all: It’s completely free.”

Again we see single thread speeds pull in a decent win here with multi-core testing only loosing out to the 12-core Ryzen 9 3900X as expected.

CINEBENCH R20

In the newer Cinebench R20, we see a similar pattern with the 10-core i9-10900K only falling behind the 12 and 16-core chips in our testing.

Passmark Performance Test – CPU Mark

Passmark’s Performance Test 10 really scales with thread count rather than raw clock speed, so you see almost perfect scaling from 6 to 8 to 10 to 12 cores here with the i9-10900K almost reaching 25K points.

SiSoft Sandra – Cryptographic Bandwidth

“SiSoftware Sandra provides a robust package of diagnostic tools for testing your system and teasing out its problems–or potential headaches.”

Y-Cruncher

Written by Alexander J. Lee “From a high-school project that went a little too far…” y-cruncher, (y for gamma) is a number-crunching program that can compute various mathematical constants.

Core counts matter here and the i9-10900K only falls behind the mainstream 3900X and HEDT parts that sport AVX512 support in multi-threaded. The new chip lands the fastest non-AVX512 single-threaded speed in our lineup by a fair margin though.

Black Hole 4.2

4-Threaded tests your CPU’s performance in games since most games currently run on 4 threads.

Single-threaded evaluates how fast the CPU can handle a single, dedicated thread for processing.

This is another test that shows decent scaling from prior 8-core parts, but again see’s AMD’s architecture holding a pretty noticeable advantage, even with fewer cores.

Workstation & Productivity Testing

Blender Benchmark 2.82 – BMW27

In something a little more real-world, the Core i9-10900K smokes through the BMW benchmark render in a touch over 2 minutes, nearly matching the 12-core Ryzen 9 3900X, dusting the 10-core HEDT segmented i9-7900X and laying waste to every other lower core count chip from both teams.

POV-Ray 3.7 Standard Benchmark – CPU

The POV-Ray standard benchmark shows similar results with the i9-10900K more than able to hold its own in workstation tasks

x265 HD Benchmark A benchmark that measures how fast your computer can encode HD (1080p) video in the new H.265 / HEVC format.

Encoding video to HEVC is not that uncommon these days, and the i9-10900K just screams through it, even whipping the 12-core 3900X by a fair margin.

7-Zip

The benchmark shows a rating in MIPS (million instructions per second). The rating value is calculated from the measured speed, and it is normalized with the results of the Intel Core 2 CPU with a multi-threading option switched off. So if you have modern CPU from Intel or AMD, rating values in single-thread mode must be close to real CPU frequency. There are two tests, compression with the LZMA method and decompression with the LZMA method. Once the total passes reach 50, the score is taken

Zipping and unzipping files to send is another frequent task that is even more common in this ‘work-from-home’ world this year. The 10900K handles this readily and leaves even last-gen HEDT chips in the dust.

Memory & Cache Testing

AIDA64 Engineer Edition

Part of the success story of the 10900K is the 20MB of Intel’s smart cache. Not only is it flexible, but it is extremely fast, clearing the 3TB/s mark on L1 cache reads.

Actual memory bandwidth to the system ram is largely the same with most Dual-channel setups running this speed and latency. Nothing really stands out here, good or bad.

Interestingly, we see the new Core -5-10600K has a little bit lower latency overall to system memory. How boards handle XMP sub timings can affect this, so we are more looking for something that stands out, which nothing does here.

Passmark Performance Test – Memory Mark – Threaded

Passmark again shows us with the i5-holding a slight performance advantage over the new i9.

SiSoft Sandra – Memory Bandwidth – Aggregate.

“SiSoftware Sandra provides a robust package of diagnostic tools for testing your system and teasing out its problems–or potential headaches.”

While we expect quad-channel enabled HEDT chips to score higher as we see, most of the Dual-channel parts here all stack up within margin of error.

Synthetic Game Testing

3DMark – Fire Strike

In this synthetic physics test, we see the extra few cores and increased clock speed hold a solid lead here, even against team red’s 12-core part.

3DMark – Time Spy

The more modern Time Spy test shows the same trend with an even wider lead on the 10900K.

Game Testing

Sid Meier’s Civilization VI

Intel bills the new Core i9-10900K as the world’s fastest gaming processor, and that appears to hold true right out of the gate with Civilization 6’s Ai test completing rounds in just under 6.7ms.

Far Cry 5

Anything can happen. Everything will.

Far Cry 5 hits modern multi-core CPU’s pretty hard, and can take advantage of more than a couple of cores. Here we see the 10900K pull the crown off the special edition 9900KS’ head. The new i5-10600K is hot on its heels here as well.

The latest Tomb Raider also sees a benefit from more CPU power and the 10900K delivers the best experience out of the box of anything on the market, albeit only a fraction of an FPS ahead of the former champion.

Ashes of the Singularity

Ashes of the Singularity is more of a playable benchmark, but the Core i9-10900K holds a commanding lead here. If you scrolled past everything to here, the i9-10900K took 1st place in every gaming test we put it against.

Overclocking, Power & Thermals

Out of the box, the Core i9-10900K runs at up to 5.2Ghz on 2 cores, or up to 5.3Ghz if cooling permits via Thermal Velocity Boost.

Thermal Velocity Boost ONLY applies these increased clocks to the two best cores, selected by Intel at the factory and denoted in red in CPUID’s latest CPU-Z tool. In our case, this happens to be Core 8 and Core 9 (or 9 and 10 if you start counting at 1 instead of zero).

From there, we see 5100Mhz with 3 cores active, 5GHz with 4 or 5 cores active, and a still impressive 4900MHz with 6 to 10 cores active.

At stock, we see temps hit a tepid 68C on the hottest core. This is 10 cores, at 4.9Ghz folks. Less than 70C! the new thin die and Solder Thermal Interface Material is doing its job and doing it well. When we first tested the i9-9900K, we were in the mid to upper 80C range here. More cores, more threads, faster clocks, and significantly cooler temps. We’ll take that any day of the week!

Voltage is reading about 1.224V here, so that has a fair amount to do with it. You can try to bash Intel for re-using the 14nm node yet again, but it is WELL refined at this point. Power usage lands at a pretty hefty 246W though. Remember that TDP is THERMAL Design Power, NOT actual power usage.

From here, we’ll bump the multiplier up to 51 on all cores. We get a nice jump in performance, with a modest jump in voltage to 2.84V which gives us temps landing around 80C on average with the hottest hitting 84C. You can clearly see our two good cores here sitting at 71C and 75C. Power draw jumps to 308.4W under load.

At 5.2Ghz on all cores, we are starting to bump thermal limits, with the hottest core hitting 96C and the package bumping the 100C limit. Power jumps to nearly 380W at this point and the voltage has to come up quite a bit to keep it stable under AVX loads. With a little lengthier fine-tuning, this can probably be trimmed back, but 5.1Ghz on 10 cores is a pretty killer system as it is and 5.2Ghz is certainly doable.

Conclusion

Intel bills the new Core i9-10900K as the ‘Worlds Fastest Gaming Processor’ and we have to say, it’s not a tall tale. The crown did indeed transfer from the retiring champion i9-9900K. The 10900K just pwned every gaming benchmark we threw at it, synthetic or real world. As far as productivity, well, it does a sporting job there as well. While it’s hard to argue against raw core count in productivity, something team red is currently maintaining the lead on, Intel is able to make up a fair amount of that core count discrepancy with raw clock speed. It wasn’t very many years ago that 4Ghz was a hard mountain to summit. More recently overclocking to 5Ghz took some effort. Now, it’s hard to get this chip to run UNDER 5GHz.

While we all want to see that new node, that new 10nm process, it’s hard to argue with the results of a well-refined product. Give the core count, the stock clock speeds, and the raw power on tap, we have to say we are VERY impressed with what Intel has done for keeping this monster cool. Given today’s use cases are pretty much guaranteed to include heavy multitasking with more than one heavy-hitting application, a few more cores are always welcome. Especially when it doesn’t come at the cost of clock speeds.

If you are purely a gamer looking for the absolute best, the roughly $500 price tag is pretty fair, even more so when you can throw a few cores at streaming your rounds and still have the best experience money can buy. If you work and play, the Core i9-10900K is still a very compelling option in most use cases. Its gaming performance is epic and edges out the closest red chip, the 3900X in many real-world productive use cases.

If you purely work and can saturate every core you can find, you may be better off with a red product given the core count per price that side offers. Gone are the days of black and white ‘product X is better than product Y’. That grey line is rather blurry. Can we recommend this? For the serious gamer, 100%. For gaming and streaming, that’s still a yes. If you get things done and only play here and there, well, then your specific use case and budget are going to have to guide you.

Great job Intel!

[sc name=”award-must-have” ]

Intel Core i9-10900K CPU Review Intel’s new Core i9-10900K CPU is an interesting product. While some of the more vocal fans of a certain red competitor may give Intel some flak about reusing their 14nm node yet again, Intel has learned how to really polish a product and extract every bit of benefit from the silicon.

#10th Gen #Core i9 #i9-10900K #Intel #LGA1200 #Z490

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uros · 6 years ago

Text

Todo sobre Ryzen 3900X, Review en Español

Fuera de lo acostumbrado en INTEL con sus overclocks tenemos un gran procesador que nos dara un rendimiento en juegos excelente y un el mejor rendimiento profesional en la serie mainstream.

Rendimiento95

Capacidad overclock63

Temperaturas100

Calidad/Precio100

12 núcleos

Temperaturas excelentes

Gran rendimiento gaming y profesional

Precio excelente

Ineficaz overclock

Bios verdes

Escueto rendimiento en las RAMs

AMD ha animado un gran producto, mucho secretismo ha habido hasta su dispersión y pocas pruebas donde ver su rendimiento. Con productos de este calibre es donde viene la competencia vivo y el beneficio para los consumidores, donde ya notamos como las CPUs del mercado están aumentando el número de núcleos disponibles, todo gracias a AMD.

AMD no nos ha proporcionado ninguna CPU por el dispersión, pero en Newesc no podiamos esperar a analizarla asi que nos lanzamos a por una.

Entre los mejores procesadores tenemos a su competidor i9-9900K que analizamos hace tiempo. Ahora perfectamente la pregunta es, ¿puede coronarse el 3900x como campeón del rendimiento gaming?. Lo mejor que podemos hacer es analizarlo.

Especificaciones y embalaje

La CPU recibida en la clásica caja de RYZEN, ahora con unos colores en el diseño poco modificados.

Tenemos en nuestras manos una CPU de 12 núcleos y 24 hilos. Con una frecuencia cojín de 3,8 GHz y una frecuencia máxima turbo de 4,6 GHz, de esto hablaremos más delante porque no es en todos los núcleos. Todo ello bajo la sillar ZEN 2, en un proceso de fabricación de 7nm y con un TDP de 105W

Dispone del ulterior conjunto de instrucciones MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, SSE4.A, x86-64, AMD-V, AES, AVX, AVX2, FMA3 y SHA. Se tráfico de un procesador desbloqueado, disponemos del multiplicador para realizar overclock, para ello necesitaremos de una placa cojín con socket AM4. El soporte para la memoria RAM sube hasta los 3.200 MHz con ciertos matices según el uso de los DIMMs, el uso de SR o DR y su combinación.

De nuevo se tráfico de una CPU soldada, por lo que las temperaturas van a ser mejores con respecto a las que unen el DIE con el IHS con pasta térmica para su refrigeración.

Socket AM4 Tribu Ryzen 2 Proceso de fabricación 7 nm Núcleos/Hilos 12/24 Frecuencia cojín 3,8 Ghz Frecuencia max Turbo 4.6 Ghz Cache 64MB Compatibilidad memoria DDR4-3200 Dual-Channel 2 Dimms

DDR4-2933 Dual-Channel 4 Dimms Single Rank

DDR4-2667 Dual-Channel 4 Dimms SR + DR

Lineas PCIE 24 líneas TDP 105W

Equipo de Pruebas

Hemos realizado tanto pruebas sintéticas como en gaming para poder comparar el nivel de rendimiento.

Open Benchtable

Procesador RYZEN 3900X

Refrigeración líquida Corsair H100i RGB PLATINUM

Placa cojín ASRock X570 Taichi

Memorias G. Skill Tridentz 16 gb DDR4 a 4.400 MHz @3733MHz

Samsung EVO 970 Plus

Fuente de comestibles Corsair RM850

Como podéis observar en las tablas de NewEsc el rendimiento de juegos tiene una gran prosperidad con respecto a las generaciones anteriores, siendo una de las mejores CPUs para juegos en el mercado aunque su uso tenga mejor desempeño en el ambito profesional. Cerca de destacar que donde decano diferencia de rendimiento muestra es en resoluciones más bajas 1080p, en 2K y 4K esa diferencia se reduce con su competidor Intel.

Overclock y consumo

RYZEN no era característico por su capacidad de overlock y con esta horneada seguimos en el mismo camino. El mejor overclock que puede realizar este procesador para alcanzar máximas frecuencias es inconsciente.

¿Que nos queda entonces? Afinar todo lo posible las RAMs y apurar al longevo el BUS que podemos conseguir en Infinity Fabric.

Si perfectamente es cierto que este procesador consigue sus máximos en overclock automáticamente no siempre será lo más rentable. En las pruebas realizadas tanto en juegos como en uso intensivo (100% de carga) se ve claramente que las temperaturas y carga de trabajo juegan en contra de las frecuencias. Su modo de desempeñarse es descender frecuencias desde los 4.2GHz hasta los 4GHz, lo más regular será mantenerlos en esos 4.2GHz, pero no es constante. Comparando su funcionamiento de stock con el modo manual y el modo gaming, he optado por el primero, en mi caso por comodidad y rendimiento, comparado con las otras opciones.

Ayer de meternos en ocupación, debeis reflexionar perfectamente dos puntos esencia, voltajes seguros para un uso de 24/7.

Para el Vcore longevo usaremos 1.325v

Para el Core SOC longevo usaremos 1.1v, si lo que queréis es envidiar con las RAMs a ver dónde llegan para una prueba 1.2v, pero no es recomendable su uso diario.

Modo manual

Para realizar el modo manual pespunte con desactivar core boost performance. Para ello nosotros hemos fijado los siguientes títulos, que pueden oscilar por la calidad del silicio a menos.

Fijar voltaje manual en 1.325v

Nuestra máxima frecuencia obtenida en los 12 núcleos con SMT activado ha sido de 4.3GHz, por lo que debería ser el aparición para vosotros. Si conseguís más que eso tenéis una buena dispositivo la verdad, aunque no esperéis mucho, cada 25 MHz necesitan de suficiente voltaje.

Fijar un buen nivel de LLC, nosotros hemos optado en la Taichi por nivel 1 para evitar el Vdrop.

Y con eso habréis completo el modo manual luego de realizar las pruebas pertinentes para comprobar su estabilidad. Si queréis absorber más sobre estas pruebas visitad este hilo en nuestro foro.

Si perfectamente el rendimiento en aplicaciones aumenta cuando su uso es del 100% en gaming no tanto, entre 1-3 fps, por lo que solo es recomendable para aquellos que quieran obtener decano rendimiento en el ámbito profesional.

Modo Gaming

AMD nos proporciona las herramientas necesarias para poder disfrutar de nuestra CPU 3900X en juegos, eso sí solo con 6 núcleos mientras los otros 6 quedan desactivados. La buena notificación es que hemos sido capaces de subir sus frecuencias hasta los 4.5 GHz con 1.325v manteniendo en el interior de los parámetros seguros.

RYZEN Master es la aparejo que necesitáis. Ella sola determinara cuales son los núcleos más rápidos de la CPU y los escogerá para formar parte de los 6c elegidos para el modo gaming. Luego solo tendréis que designar la velocidad deseada para los núcleos y su voltaje.

En sinceridad el tener una CPU con 12 núcleos para desactivar 6 para juegos es un poco tedioso, no es errata cómodo. El resultado en los juegos no es espectacular y siquiera prosperidad el rendimiento en todos los juegos. Por lo que es un modo que no compensa, sinceramente no recomiendo usarlo.

RAM

Mucho se ha hablado de cómo afecta el rendimiento en Ryzen con las RAMs. AMD buscando solucionar el problema de capacidad de overclock que tiene con la RAM ha introducido una novedad. Estamos hablando de un nuevo divisor que permite subir las frecuencias de la RAM, pero no con ello obteniendo decano rendimiento. Lo cierto es que el mejor rendimiento lo obtenemos con una relación 1:1.

Ese punto dulce del que hablamos es con unas frecuencias máximas de 3.733 MHz, donde fijaremos el divisor manualmente ya que inconsciente nos activa el divisor 1:2, una frecuencia para el Infinity Fabric de 1.866MHz.

Recordad que para un uso diario con un voltaje seguro no es recomendable suceder los 1.45v en el voltaje de la RAM y los 1.1v en el voltaje del SOC (no lo confundais con Vcore).

Una vez alcanzadas esas frecuencias todavía podéis obtener mucho más rendimiento. Nosotros hemos pobre con unos timmings 14-15-15-36 unas latencias de 58,3ns.

Quizás más delante con actualizaciones futuras podamos ver aumentado las frecuencias del IF y con ello mejorar aún más el rendimiento de este procesador.

Consumo

Si estáis pensando en usar este procesador de modo profesional debéis tener en cuenta que alcanza en pleno funcionamiento los 300W. Es por ello que en configuraciones de dos o 3 tarjetas puedas suceder fácilmente los 700W-900W con lo que una fuente de adhesión capacidad en torno a los 1000W o 2000W se antoja necesario.

Si por el contrario eres un becario que le gusta tener lo más top del mercado, con un pequeño uso profesional o destinado al gaming con una fuente de 700W tendrás potencia holgada para el equipo.

Las dos opciones siempre hablamos de un equipo de serie muy adhesión en sus componentes, no sería metódico lo contrario.

Conclusiones y alternativas

Un gran procesador de 12 núcleos, siendo el primero de tantos núcleos mainstream. Si perfectamente es cierto que donde más partido puede obtenerse es en el sector profesional el Ryzen 3900X se convierte en una excelente votación para aquellos jugadores que quieran realizar streaming de sus sesiones.

la diferencia entre Intel y Ryzen es poco más visible en resoluciones hasta 1080p

No hay que olvidar que la diferencia entre Intel y Ryzen es poco más visible en resoluciones hasta 1080p donde es la CPU la que limita. Mientras que en resoluciones 2k o superiores los dos rinden casi a la par ya que la gráfica marcará nuestro término con lo que la votación de uno u otro tendrá otros motivos al rendimiento del rendimiento.

No obstante, su rendimiento no está muy allá de su longevo competidor y aún estamos con BIOS muy verdes donde se retardo que mejore más con el tiempo como ya pasó con Ryzen 1000. Siendo su precio presente en tiendas cerca de los 550 euros, podéis encontrarlo en la tienda de AMD con envió a España por un precio con envió de 459 euros + IVA.

Si no obstante queréis optar por su presente competidor tenéis el Intel i9-9900K que ya vimos anteriormente en NewEsc con poco más de rendimiento en gaming en 1080p. Y debiendo reflexionar que tendréis que realizar overclock para que haya esa diferencia visible.

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