#control data 6400

[atplblog]

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[govindhtech]

AMD Versal Premium Series Gen 2 With PCIe Gen6 and CXL 3.1

AMD Versal Premium Series Gen 2: Unlocked insights and faster data flow.

In order to meet the demands of data-intensive workloads, AMD has announced the Versal Premium Series Gen 2, which enables new levels of system acceleration.

Summary

Increase the Speed of Host Connectivity

The first adaptive SoCs and FPGAs with integrated PCIe Gen6 and CXL 3.1 allow twice as much bandwidth per lane compared to rival FPGAs.

Quickly Unlock More Memory

Hardened memory controllers that support LPDDR5X up to 8533 Mb/s, DDR5 up to 6400 Mb/s, and CXL memory expansion modules up to 64 Gb/s can help you increase the bandwidth of your external memory.

Make Data Security Stronger

With integrated PCIe Integrity and Data Encryption (IDE) support for hard IP, hard inline ECC, and external memory encryption, you can protect data both in transit and at rest.

Profit from the High-Bandwidth, Industry-Leading Host Connectivity

AMD Versal Premium Series Gen 2, the only FPGA or adaptive SoC in the industry with support for PCIe Gen6 and CXL 3.1 at 64 Gb/s in hard IP, may increase total system throughput and resource utilization to meet the demands of data-intensive applications.

Benefits of the Product

Introducing Versal Premium Series Gen2

Image credit to AMD

Versal Premium Series Gen 2, which extends the AMD Versal Premium Series adaptive SoC capabilities, offers new interfacing features such as an improved transceiver architecture, support for PCIe Gen6 CXL 3.1, LPDDR5X, and DDR5, and is designed to satisfy the demands of data-intensive applications of the future.

Important Features

Improved Architecture for Transceivers

Versal Premium Series Gen 2 adaptive SoCs enable high-speed data transfer speeds ranging from 1.25 Gb/s to 128 Gb/s and have a novel transceiver architecture that can operate in NRZ and PAM4 modes. Versal Premium Series Gen 2 adaptive SoCs feature PCIe Gen5 and 100G/600G Ethernet cores, as well as PCIe Gen6 (twice the bandwidth per channel above PCIe Gen5) and CXL 3.1 (a memory-coherent processor interface).

LPDDR5X and DDR5

Hard DDR memory controllers provide up to 273 GB/s of memory bandwidth by supporting DDR5 at up to 6400 Mb/s and LPDDR5X at up to 8533 Mb/s with enhanced integrated ECC and encryption features.

Features of Safety and Security

Protect data using 400G High-Speed Crypto Engines for up to 800 Gb/s of line rate encryption throughput for high bandwidth interfaces, PCIe Integrity and Data Encryption (IDE) for data in transit, and inline memory encryption integrated into specialized memory controllers for data at rest.

Ethernet Cores with FEC Multirate

Secure multi-terabit Ethernet that supports a variety of data rates and protocols is made possible by the dedicated connectivity IP. On a single platform, the combination of 100G and 600G Ethernet cores provides throughput of up to 3.1 Tb/s and enables scalability at the edge and in the cloud.

I/O & Programmable Logic

Flexibility, real-time processing, and future adaptability are offered by the Versal architecture’s programmable logic and new high-performance X5IO with support for MIPI D-PHY at up to 4.5 Gb/s and C-PHY at up to 10 Gb/s.

Chip-Based Programmable Network

In Versal adaptive SoCs, the programmable network on chip (NoC) offers an optimized multi-terabit connectivity across the various compute engines and integrated IP blocks, making timing closure easier and requiring fewer logic resources. Programming is made easier with the NoC compiler, which also lets users control latency and quality of service for important datapaths.

Industries & Applications

Gen 2 Adaptive SoCs from AMD’s Versal Premium Series for Data Center Storage Uses

Versal Premium Series Gen 2 devices are perfect for a variety of data center storage applications, such as memory pooling, encryption/compression accelerators, live migration, and custom enterprise SSDs. In order to fulfill their most memory-intensive needs, the Versal Premium Series Gen 2’s CXL 3.1 adds memory expansion and moves computational processes closer to memory.

AMD Versal Premium Series Gen 2 for Defense and Aerospace Applications with Swap-Optimized Computing

With more than 4000 DSP58 blocks in a 35×35 mm package and more than 7500 DSP58 blocks in a 3U VPX compatible package, Versal Premium Series Gen 2 expands on the tried-and-true Versal Premium Series adaptive SoCs, which offer greater I/O & GTs, more memory bandwidth, more compute density, and improved security features. All of these features are optimized for small form-factor systems.

MIPI Versal Premium Series Gen 2 C-PHY/D-PHY Test Solutions

Versal Premium Series Gen 2 supports new connectivity standards in display and camera testing with improved MIPI C-PHY/D-PHY silicon capabilities and matching CSI and DSI solutions.

Utilizing AMD Versal Premium Series Gen 2 to Meet Next-Generation Instrumentation Requirements

Significant I/O and memory bandwidth, as well as improved SerDes capabilities to accommodate upcoming standards, are necessary for next-generation testing devices. These needs are satisfied by Versal Premium Series Gen 2, which has enhanced SerDes and high-throughput PCIe and DMA capabilities.

Read more on govindhtech.com

[retrocompmx]

Antes de Microsoft era Traf-O-Data

Antes de Windows, antes del DOS y antes de BASIC existía Traf-O-Data. Fue una empresa fundada en 1972 por Bill Gates y Paul Allen antes de Microsoft.

Todo comenzó a principios de ese año en la secundaria Lakeside de Seattle (WA). Bill Gates estaba en tercer año y Paul Allen se había graduado el año anterior.

Se les ocurrió una idea para un negocio que podría permitirles ganar mucho dinero. Su objetivo era automatizar el procesamiento de datos de tráfico de Seattle.

Gates y Allen crearon un software para analizar los datos de tráfico utilizando una computadora en la Universidad de Washington, la CDC (Control Data Corporation) 6400.

La CDC era un ordenador con procesador de 10 Mhz y 60 bits (CPU de 60 bits!!), 64k de RAM, disco opcional de aprox 10 millones de “palabras”, desarrollado por Seymour Cray. Sí el de Cray Supercomputers.

Luego, para no depender de computadoras rentadas, construyeron la propia con un procesador Intel 8088, con un lector de cintas personalizado que pudiera manejar los datos de tráfico directamente. Aqui entra Paul Gilbert experto en crear equipos.

Usando una variante especial de Basic, que no funcionaba en Intel 8088, usaron Tiny-Basic de la U. de Illinois crearon el software necesario.

La empresa tuvo un éxito modesto debido a problemas técnicos (las tarjetas perforadas) y la competencia de servicios gratuitos del estado.

La experiencia adquirida por Gates y Allen en Traf-O-Data fue clave para la creación de Microsoft y el desarrollo de su primer producto, Altair BASIC.

#retrocomputingmx #Microsoft #historiadelacomputación

[hydralisk98]

Super-plan for 16^12 dev workflow

Greetings, I want to share with you my creative content plans for the somewhat not so near future as they exist right now. Because I leave you on a week, maybe two or more of possible volunteering hiatus. Sorry, I am onto some bookstore clerk volunteering far away from my home into a family brand new store I look forward to helping.

So yeah, I plan towards starting a video content production workload for a few key games with savefiles, mods, side note-taking lore, engine customizations where possible, and other curated yet relevant data for transparent worldbuilding purposes. At least until I can fully automate, modularize & open source the process of producing such rich media data in my very own open way. And as I am still open to suggestions, feedback and stuff, they will be shared under GPL-like licenses as essentially for copyleft. With rare exceptions for specific segments falling under copyright / permissive licenses...

Starting with Civilization 5 CE, I will do like ~6-8 local-scale playthroughs with 8-12 Civilizations as well as 24-48 (seeking ideally around 36 to make the player count 48 total) City-States for each playthrough. Using somewhat varied parameters experimentally, before compiling into 6 larger-as-in-global scale campaigns testing various modpacks, eras and map layouts, hopefully ending up including one such mod-pack total conversion mod of my very own when it is ready to ship... (maximum 1500 turns, often on Marathon speed, with raging barbarians, random personalities, complete kills, no domination victory, no timed victory and quite vast scale maps around from 96x72 to 144x72 tiles...)

Then going onto FreeCiv, increasing civilization count per map (going between 96 to 288 Civs), adding scenario scripting stuff, Civ5 ruleset features, level editor tweaks, mods, custom tilesets and using a map size of ~ 288x144 tiles (either orthogonal square or overhead hexagonal, whichever fits my needs per campaign) for each of the worlds. In this case, the turn limit will be set at around ~4800-6400 turns and be managed by the CLI server program (and a game client for visuals, sounds and extra forms of data beyond the logs).

Then Stellaris (by the rule of "4 multiples"), where I shall have sixteen (16) plays over 200 stars galaxy for excruciating long local playthroughs (2200 + ~4096 years maximum of play ideally), four (4) 1000 stars shorter playthroughs for mid-scale affairs at average Stellaris length & four (4) 4000 stars galaxies for complex global galactic affairs and on shortest length campaigns for ease of processing and alleviating massive modpack breakdowns to a minimum.

Then going for other games, software toys, utility programs and relevant sources of data to explore for inspiration and multimedia shared enrichment. (includes Azgaar, Watabou, LibreOffice, Tyranny, Cyberpunk 2077 Phantom Liberty, CRPGs, moddable first person shooters like Wolfenstein 3D & Doom & Quake & Half-Life, historical records, et cetera.)

And only then going for the combo between GPlates, GProjector, QGIS & LabPlot / Octave, it will be pretty much about making important choices from data, completing a fair enough representation of the worlds involved and filling in remaining key details for the lively timelines, the immersion feelies, tutorials / courseware and manifestation toybox-ing.

Aiming towards using version control on Sourcehut / GitLab + self-hosted instances as well to assure abundance of choices and data privacy / sovereignty to iterate on the worldbuilding involved when the time comes. But until I reach these stages somewhen next month or beyond, I wish you good luck and see you in a couple of days / weeks just in case...

[thegikitiki]

State of Computing Technology...

   Control Data CDC 6400, 1960s

[anantradingpvtltd]

Price: [price_with_discount] (as of [price_update_date] - Details) [ad_1] From the manufacturer 24.1 MP APS-C SIZE CMOS SENSOR Image Enlargement: After shooting, you can enlarge photographs of the objects for clear zoomed view. Change In Aspect Ratio: Boldly crop the subject and save it with a composition that has impact. You can convert it to a 1:1 square format, and after shooting you can create a photo that will be popular on SNS. SIGNIFICANT BACKGROUND BLURRING A combination of an APS-C size CMOS sensor and a imaging processor that delicately depicts every single hair produces high-quality images that beautifully blur the background and enhances the subject.The sensor has sufficient size, high image quality, and makes rich photo expression possible by beautifully blurring the background. DIGIC 4+ IMAGING PROCESSOR An imaging processor that powerfully processes the vast amount of light data received by the APS-C size CMOS sensor, completes it with high definition and a high level of gradation. It produces delicate, natural and high-quality images with little noise. ISO: 100-6400 sensitivity range (critical for obtaining grain-free pictures, especially in low light) Image Processor: DIGIC 4+ with 9 autofocus points (important for speed and accuracy of autofocus and burst photography) Video Resolution: Full HD video with fully manual control and selectable frame rates (great for precision and high-quality video work) Connectivity: WiFi, NFC and Bluetooth built-in (useful for remotely controlling your camera and transferring pictures wirelessly as you shoot) Lens Mount: EF-S mount compatible with all EF and EF-S lenses (crop-sensor mount versatile and compact, especially when used with EF-S lenses) [ad_2]

[compneuropapers]

Interesting Papers for Week 47, 2018

Naturalistic multiattribute choice. Bhatia, S., & Stewart, N. (2018). Cognition, 179, 71–88.

Principles governing the integration of landmark and self-motion cues in entorhinal cortical codes for navigation. Campbell, M. G., Ocko, S. A., Mallory, C. S., Low, I. I. C., Ganguli, S., & Giocomo, L. M. (2018). Nature Neuroscience, 21(8), 1096–1106.

Valuation of knowledge and ignorance in mesolimbic reward circuitry. Charpentier, C. J., Bromberg-Martin, E. S., & Sharot, T. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), E7255–E7264.

PKCα integrates spatiotemporally distinct Ca2+ and autocrine BDNF signaling to facilitate synaptic plasticity. Colgan, L. A., Hu, M., Misler, J. A., Parra-Bueno, P., Moran, C. M., Leitges, M., & Yasuda, R. (2018). Nature Neuroscience, 21(8), 1027–1037.

Principal cells of the brainstem’s interaural sound level detector are temporal differentiators rather than integrators. Franken, T. P., Joris, P. X., & Smith, P. H. (2018). eLife, 7, e33854.

Recurrent network model for learning goal-directed sequences through reverse replay. Haga, T., & Fukai, T. (2018). eLife, 7, e34171.

Visuomotor learning is dependent on direction-specific error saliency. Jiang, W., Yuan, X., Yin, C., & Wei, K. (2018). Journal of Neurophysiology, 120(1), 162–170.

Astrocytes restore connectivity and synchronization in dysfunctional cerebellar networks. Kanner, S., Goldin, M., Galron, R., Ben Jacob, E., Bonifazi, P., & Barzilai, A. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), 8025–8030.

Time-resolved neural reinstatement and pattern separation during memory decisions in human hippocampus. Lohnas, L. J., Duncan, K., Doyle, W. K., Thesen, T., Devinsky, O., & Davachi, L. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), E7418–E7427.

Hippocampus-dependent emergence of spatial sequence coding in retrosplenial cortex. Mao, D., Neumann, A. R., Sun, J., Bonin, V., Mohajerani, M. H., & McNaughton, B. L. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), 8015–8018.

Data-driven body-machine interface for the accurate control of drones. Miehlbradt, J., Cherpillod, A., Mintchev, S., Coscia, M., Artoni, F., Floreano, D., & Micera, S. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), 7913–7918.

Stable long-term BCI-enabled communication in ALS and locked-in syndrome using LFP signals. Milekovic, T., Sarma, A. A., Bacher, D., Simeral, J. D., Saab, J., Pandarinath, C., … Hochberg, L. R. (2018). Journal of Neurophysiology, 120(1), 343–360.

Risk approximation in decision making: approximative numeric abilities predict advantageous decisions under objective risk. Mueller, S. M., Schiebener, J., Delazer, M., & Brand, M. (2018). Cognitive Processing, 19(3), 297–315.

Maximum-entropy models reveal the excitatory and inhibitory correlation structures in cortical neuronal activity. Nghiem, T.-A., Telenczuk, B., Marre, O., Destexhe, A., & Ferrari, U. (2018). Physical Review E, 98(1), 012402.

State-dependent cell-type-specific membrane potential dynamics and unitary synaptic inputs in awake mice. Pala, A., & Petersen, C. C. (2018). eLife, 7, e35869.

Pupil mimicry promotes trust through the theory-of-mind network. Prochazkova, E., Prochazkova, L., Giffin, M. R., Scholte, H. S., De Dreu, C. K. W., & Kret, M. E. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), E7265–E7274.

Dopamine neurons create Pavlovian conditioned stimuli with circuit-defined motivational properties. Saunders, B. T., Richard, J. M., Margolis, E. B., & Janak, P. H. (2018). Nature Neuroscience, 21(8), 1072–1083.

The hippocampal engram maps experience but not place. Tanaka, K. Z., He, H., Tomar, A., Niisato, K., Huang, A. J. Y., & McHugh, T. J. (2018). Science, 361(6400), 392–397.

Amygdala lesions eliminate viewing preferences for faces in rhesus monkeys. Taubert, J., Flessert, M., Wardle, S. G., Basile, B. M., Murphy, A. P., Murray, E. A., & Ungerleider, L. G. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), 8043–8048.

Efficient compression in color naming and its evolution. Zaslavsky, N., Kemp, C., Regier, T., & Tishby, N. (2018). Proceedings of the National Academy of Sciences of the United States of America, 115(31), 7937–7942.

[rentalsunsky]

How do you turn up the volume on jeep grand cherokee navigation system

Cargo Features -inc: Cargo Tray/Organizer.

Full Carpet Floor Covering -inc: Carpet Front And Rear Floor Mats.

Voice Activated Dual Zone Front Automatic Air Conditioning w/Front Infrared.

Driver And Passenger Visor Vanity Mirrors w/Driver And Passenger Illumination.

Driver And Passenger Heated-Cushion, Driver And Passenger Heated-Seatback.

3 12V DC Power Outlets and 1 120V AC Power Outlet.

Power Rear Windows and Fixed 3rd Row Windows.

FOB Controls -inc: Cargo Access and Remote Engine Start.

Manual Anti-Whiplash Adjustable Front Head Restraints and Fixed Rear Head Restraints.

Power 1st Row Windows w/Driver And Passenger 1-Touch Up/Down.

Cruise Control w/Steering Wheel Controls.

Interior Trim -inc: Simulated Wood/Metal-Look Instrument Panel Insert, Simulated Wood Door Panel Insert, Metal-Look Console Insert and Chrome/Metal-Look Interior Accents.

Proximity Key For Doors And Push Button Start.

Manual Tilt/Telescoping Steering Column.

Express Open/Close Sliding And Tilting Glass 1st Row Sunroof w/Power Sunshade.

Auto On/Off Aero-Composite Halogen Daytime Running Headlamps w/Delay-Off.

Chrome Side Windows Trim and Black Front Windshield Trim.

Body-Colored Rear Step Bumper w/Black Rub Strip/Fascia Accent and Chrome Bumper Insert.

Tailgate/Rear Door Lock Included w/Power Door Locks.

Speed Sensitive Variable Intermittent Wipers.

Rocker Panel Extensions and Black Wheel Well Trim.

Chrome Power w/Tilt Down Heated Auto Dimming Side Mirrors w/Manual Folding and Turn Signal Indicator.

Fixed Rear Window w/Fixed Interval Wiper, Heated Wiper Park and Defroster.Body-Colored Front Bumper w/Black Rub Strip/Fascia Accent and Chrome Bumper Insert.Compact Spare Tire Mounted Inside Under Cargo.Radio w/Seek-Scan, Clock, Speed Compensated Volume Control, Aux Audio Input Jack, Steering Wheel Controls, Voice Activation, Radio Data System and Uconnect External Memory Control.Radio: Uconnect 4C Nav w/8.4 Display -inc: Disassociated Touchscreen Display.Please confirm the accuracy of the included equipment by calling us prior to purchase. Horsepower calculations based on trim engine configuration. WHY BUY FROM USFriendly, Fast, Fair Pricing analysis performed on. OPTION PACKAGESLUXURY GROUP II Power Tilt/Telescope Steering Column, Cargo Compartment Cover, Premium Alpine Speaker System, Active Noise Control System, 506 Watt Amplifier, Rain Sensitive Windshield Wipers, Heated Second Row Seats, Dual-Pane Panoramic Sunroof, Ventilated Front Seats, ENGINE: 3.6L V6 24V VVT UPG I W/ESS (STD), TRANSMISSION: 8-SPEED AUTOMATIC (850RE) (STD). Power Retail! Nav System, Moonroof, Heated Leather Seats, 4x4, Back-Up Camera, Power Liftgate, Aluminum Wheels, LUXURY GROUP II, Serviced here KEY FEATURES INCLUDELeather Seats, Navigation, 4x4, Power Liftgate, Back-Up Camera Jeep Limited with Sangria Metallic Clearcoat exterior and Black interior features a V6 Cylinder Engine with 293 HP at 6400 RPM*. REDUCED FROM $41,995!, PRICED TO MOVE $5,600 below J.D.

[atplblog]

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[govindhtech]

Z890 motherboards with Arrow Lake-S CPUs and Thunderbo

Intel Z890 Motherboard

Intel Z890 Motherboard Will Have Up To 4 “Arc Xe-LPG” iGPU Cores and Native Thunderbolt 4 Support for Arrow Lake Desktop Processors. Half of the iGPU “Xe-LPG” cores in Intel Arrow Lake-S desktop CPUs will be Meteor Lake, and Z890 motherboard will natively support Thunderbolt 4.

Information about the corresponding 800-series platform and Intel’s Arrow Lake-S “Core Ultra 200” Desktop CPUs is beginning to take shape. The highest Z890 chipset and iGPU configurations.

Z890 Motherboard release date

Intel Z890 motherboard are expected in 2[024] or early 2025. Next-generation motherboards will support Intel Arrow Lake CPUs.

Insights from leaks and rumours:

LGA 1851 is a new socket, thus LGA 1700 coolers won’t work.

DDR5 only Z890 doesn’t support DDR4.

PCIe: Gen 5.0 lanes provide bandwidth for faster graphics cards and storage devices.

Thunderbolt 4: Expected to be standard, allowing quicker data transfer and multiple high-resolution screens.

In general, Intel Z890 motherboard will be better than Z690 ones. They support the newest CPUs, memory, and storage, making them suitable for gamers and power users.

Z890 motherboard Rumors’ and leaks may change specs:

The Intel Core Ultra 200 “Arrow Lake-S” Desktop CPUs will commence with Core Ultra 5 SKUs and will be based on the first-generation Core Ultra 100 “Meteor Lake” family. In a prior study, found here, they have discussed the three potential “Unlocked” SKUs: Core Ultra 9 285K, Core Ultra 7 265K, and Core Ultra 5 245K.

It appears that the Core Ultra 3 chip will not be part of the portfolio, and Intel will probably continue to sell and update its current Core i3 CPUs in order to make up for the entry-level demand which, despite entry-level costs, is not as high as it appears. A refresh with entry-level SKUs on the current LGA 1700 platforms, like the forthcoming Bartlett Lake-S Desktop processors, may be provided by Intel.

Based on the Alchemist Xe-LPG graphics architecture, the Intel Arrow Lake-S “Core Ultra 200” Desktop CPUs can have up to 4 Xe-Cores in terms of iGPU configurations. Compared to the best Intel Core Ultra 9 “Meteor Lake” CPUs, these have half as many cores, and some SKUs should also have three and two Xe-cores. Since these also include four Xe-core iGPUs, you can use the Intel Core Ultra 7 165U/155U performance tests as a guide to see how these iGPUs perform.

Because desktop processors have larger TDPs, their clock speeds should be greater as well. Performance should be respectable, but don’t anticipate much. They would undoubtedly fall short of the best AMD Ryzen 8000G APUs, which that studied here currently provide competitive and occasionally even quicker performance than the top dies from Meteor Lake with 8 Xe-cores.

Regarding the cache, it appears that there is another leaker who has identified a maximum of 3 MB of L3 cache for each Lion Cove P-Core. According to MebiuW, the Skymont E-Core cluster, which consists of 4 E-Cores, will have a 3 MB L3 cache, whereas the Lion Cove P-Core will have a 3 MB L3 cache. As a result, the total cache for the top 24 core CPUs (Core Ultra 9 285K), the 20 core CPUs (Core Ultra 7 265K), and the 6+8 core configurations is now 36 MB, 33 MB, and 24 MB.

Last but not least, there is fresh information on the best Intel Z890 motherboard that will be included in the 800-series platform. According to reports, these motherboards have native support for Thunderbolt 4, along with a number of additional enhancements that should allow for quicker memory due to the upgraded Arrow Lake-S (Core Ultra 200) memory controller, among other things.

What is currently known regarding desktop CPUs from Arrow Lake-S is as follows:

LGA 1851 Socket Life Expected to End in 2026; DDR5 Only Compatibility; DDR4 Not Supported

Begins with motherboards from the 800-Series

Up to DDR5-6400 Memory Supported (Native JEDEC)

PCIe Gen 5.0 Lane Increases Via CPU & PCH

The first desktop family supported by Arrow Lake-S (DIY) CPUs have features P-Core L2 Cache of 3 MB

Features of Arrow Lake-S CPUs iGPUs Alchemists

Features of Arrow Lake-S CPUs CPU SKUs: 8+16, 6+8

Lake Arrow-S 8+16 (24 Cores)

Lake Arrow-S 6+8 (14 Cores)

Lack of Hyper-Threading Assistance

In the second half of 2024

Additionally, a tiny birdie has informed us that Intel 800-series motherboards will soon be in use.

Thunderbolt 4 compatibility on Z890 motherboards

New naming system: Arrow Lake-S CPUs will be called Core Ultra 200 series. This replaces Core i9, i7, and i5.

Additional cores: The flagship Core Ultra 9 285K may feature 24 cores (8 performance and 16 efficiency), and the Core Ultra 7 265K may have 20.

Updated socket that works with older coolers: Although Intel informs us that coolers compatible with LGA 1700 sockets will also work with LGA 1851, Arrow Lake-S CPUs will use the new LGA 1851 socket.

DDR5 only: The Arrow Lake-S will only work with DDR5 memory, in contrast to earlier generations that supported both DDR4 and DDR5 memory.

Additional capabilities include Alchemist integrated graphics, support for PCIe Gen 5.0, and Thunderbolt 4 compatibility on Z890 motherboard.

Z890 motherboard price

Since Z890 motherboards haven’t been formally released yet, it’s difficult to provide an exact price. But we can speculate a little bit based on the Z790 boards’ current price and reported features:

Price Range: Z890 motherboards could be anticipated to be in the range of the more expensive Z790 versions, if not more. Z890 boards can start at $250 and go up to well over $1000 for the highest-end variants with all the bells and whistles. Z790 boards range in price from $200 to $800.

Amounts Determining Price: Features like power delivery modules (VRMs), the quantity of PCIe slots, networking and WiFi capabilities on board, and the reputation of the brand will all affect the ultimate cost. The pricing will increase for high-end features like numerous Thunderbolt 4 ports and sophisticated overclocking capabilities.

Read more on govindhtech.com

[synvewor]

Hp smart array controller rapid rebuild

HP SMART ARRAY CONTROLLER RAPID REBUILD SERIES

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HP SMART ARRAY CONTROLLER RAPID REBUILD SERIES

I know it's not a good practice to do so, but I've had to do it out of necessity/emergency back when I had nearly a dozen M元70 G4 servers in production with SmartArray 6400 Series controllers in them and had to put a 10K drive in a 15K array, or vice versa, to get by until a proper replacement drive could be obtained. I'm not sure about the SmartArray 6i controller, but the SmartArray 6402/6404 (in the same family of 6i, 641/642, 6402/6404) controller is quite tolerant of mix-matching 10K and 15K rpm drives.

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