#cortex a5

[panemsonlydoctor]

LAB REPORT #312 — 'Tracker Jacker Venom': Composition and Application

Date of Submission: [REDACTED] Clearance Level: Tier-4 (Military/Medical) Secondary Review: Dr. Anton Frell, Dr. Saline Virtus Author's Note: This study reflects data extracted under controlled aggression protocols; all venom extracted from stabilized hives D12-114 through D12-117.

1. TAXONOMIC CLASSIFICATION

Kingdom: Animalia Phylum: Arthropoda Class: Insecta Order: Hymenoptera Family: Vespidae Genus & Species: Vespa mortem Capitol Designation: Tracker Jacker

2. VENOM COMPOSITION

Primary Components:

Neurotoxin A5 ("Mortexin"): A synapse-destabilizing compound that induces hallucinatory cycles via serotonin receptor flooding. Histamine-accelerant Protein (HAP-3): Induces severe inflammation and increased capillary permeability, leading to rapid swelling and dermal pain. Retroactive Memory Trigger (RMT-7): Disrupts hippocampal stability, activating emotionally charged memories with distorted framing. Stabilizer Enzyme: Preserves venom integrity outside of biological containment up to 13 hours.

3. PATHWAY OF EFFECT

Upon injection (via sting), the venom enters the bloodstream within 4 seconds. The neurotoxin crosses the blood-brain barrier rapidly, localizing in the amygdala, hippocampus, and frontal cortex. Observable effects occur within 15–23 seconds.

Phase I – Neurological Overload: Tremors, confusion, pupil dilation, auditory hallucinations. Phase II – Hallucinogenic Response: Visual overlays of emotionally-charged hallucinations. Phase III – Emotional Collapse: Identity disruption, self-destructive ideation, paranoia.

In 82% of test subjects, the hallucinations persist beyond venom metabolization, suggesting long-term neural rewiring.

4. CASE STUDY: Subject T-098 (Peeta Mellark)

Dosage: 0.3 mL refined venom Method: Intravenous, controlled drip Response: Severe perceptual distortion within 12 seconds Verbal fixations on familiar anchors Long-term paranoia and identity inversion successfully induced Subject maintains affective inversion post-venom clearance

5. SYNTHETIC REPLICATION TRIALS

Version V6.2 : Successful in 3/5 trials; unstable in elevated temperature environments. Version V6.8 : Improved memory disruption, reduced inflammatory response; currently under ethical review. Further trials ongoing for oral and aerosolized delivery mechanisms.

6. CONCLUSION

Continued research is recommended into targeted fragmentation and programmed reformation using venom-adjacent compounds.

[athomewiththecicadas]

Run my mouth? Yeah, I can run my mouth for $10,000-$20,000.

Well, and then again it makes sense. If they were just going to break the law because they won't pay, then it also makes sense to assume they would exploit entitlements.

You're talking an entire establishment. And so you're talking your own rank. And Senior NCO's struggle with this, which ever rank they are in.

And it boils down to Intellectual Properties, and an NCO's ability to de-enumerate an establishment that effects your mind.

And so with technology, you're talking about the "State of our minds."

And your financials have to be as strong as your technology.

And so, for an NCO, you're no longer talking about technology development being the fastest thing with all the features, you're talking about risks you find in nature, and I'm looking for tools that will help me, and I couldn't care less about advertising about it.

----------

Well, I can see there still a lot of questioning about what is okay to talk about without stepping on anybody's toes.

So, when consumer tech companies are designing their products, you have to understand that they have to use a fabless company to line up their specs, with their business.

Okay, the Cortex A5 was designed in house. And since the A5 was completely original, it wasn't compared to another technology. And just like you just ask a software company to sell you an engineering service for cheap dollars, the A5 microscript is completely original and was done in-house.

So, with all of the royalty rights gossip out of the way, you're never going to "have" ARM regarding the topic, and stupid.

But, contrary to the market, the A5 has enough cache to run the "microscript."

After that, name brands use their own aftermarket RAM and harddrive.

Well, there was UNIX, and that stripped down to Lenix. But with ARMs inhouse design for a new microscript, the new original microscript is 2/3 the size of Lenix.

Now, when cutting IP, you have to consider that the A5, is already a 1/3 faster, because it doesn't have to work.

Now, the Execution Side is basically your front side Bus speed. The instruction side is not the same size as the 32bit execution side.........

...... Okay, so, speed is settled. ARM takes this one step further, and offers NEON, which is a large portion of technical interface for Consumer OS, to provide a service to smooth technical questioning. And that's before it goes back out.

As far as durability, when cutting IP you already added 4-9x, but with NEON, you doubled that. So, the processor never left the 1990's, even today. Which raises the question about redundancy protections, for "industrial" applications.

TSMC uses Gallium Arsinide, which was never that durable before the A5.

A consumer product is only going to need from an engineering perspective, a Cortex A5. All of your AI tokens are just cataloged, and they are very small.

Okay, Embedded Intellect is allowing consumer technology companies to personalize their processor, with their proprietary software code.

MESP allows tech companies to "manage" their aftermarket hardware, without confusing the processor.

And after talking about material sciences, tech companies are now offered IP through their fabless, predesigns that have already cut out real world performance requirements.

[fishmech]

click read more to see the pathology report on my kidney they took out

Surgical Pathology Report

SPECIMEN SOURCE:

A. LEFT KIDNEY

CLINICAL HISTORY: Polycystic kidney disease

DIAGNOSIS:

A. LEFT KIDNEY:

Polycystic kidney disease with a small papillary adenoma (0.4 mm)

MD, PhD Attending Pathologist

GROSS DESCRIPTION: The specimen labeled "LEFT KIDNEY" is received fresh, now fixed in formalin and consists of 1646 gram 28.0 x 15.0 x 13.0 cm polycystic left nephrectomy specimen. The kidney alone measures 17.0 x 9.5 x 8.0 cm overall and is trabeculated and cystic. The hilum displays vessels inclusive of: ureter (8.0 x 0.2 cm); renal vein (0.6 cm in diameter) and renal artery (0.2 cm in diameter). A fixed portion of Gerota's fascia is present measuring 24.0 x 11.0 cm. The renal vein is devoid of any lesion or thrombus. The kidney is bivalved revealing brown liquid and polycystic kidney with cysts ranging in size from 0.3 x 0.3 cm to 5.0 x 4.0 cm overall. The cyst walls tan-white and smooth measuring up to 0.2 cm in thickness. The urothelium of the renal pelvis is tan-white and smooth surrounded by abundant yellow fatty tissue. The calyces, medullary pyramids, and cortico-medullary junction, and cortex are not grossly identified and totally obliterated by the cysts. An adrenal gland is not present. A lesion is not gross identified. The tissue is representatively submitted. Gross pictures are taken.

SUMMARY OF SECTIONS: A1 = Vascular margins, shaved, en face (ureter, renal vein and renal artery) inked orange A2=section of renal pelvis with cysts A3=cyst with gerota's fascia A4=cyst with hilar fat A5=cyst with perinephric fat A6=gerota's fascia and perinephric fat A7-A9= representative sections of cysts Total 9

[karusels]

UMIDIGI A5 Pro. Новая модель смартфона. По предзаказу... . . . #кривойрог #кривбасс #доброеутро #смартфон #umi #umidigi #a5 #pro #smartphone #cortex #android #wcdma #gsm #lte #zikvalera #youtube #bloger #ukraina #kr #blogger #телефон (at Кривой Рог Соцгород) https://www.instagram.com/p/B0nd_FopNs9/?igshid=18k46b857q7wk

[manuti]

Para los que visteis el artículo ffmpeg Optimizar vídeos para iPad en Plex al final os dejé un adelanto de lo que sería la comparativa: Raspberry Pi vs Orange Pi

Como podéis ver en el gráfico el PC Core i5 se lleva a todas de calle, pero si os fijáis veréis que las Orange Pi tienen ventaja sobre las Raspberry Pi de igual generación.

Así que les pasé la batería de test que llevo haciendo desde que la vi en un post de otro desarrollador. Las podéis ver de más recientes a más antiguos:

Comparativa y primeros pasos con openSUSE en Raspberry Pi

Comparativa y benchmarks de Raspberry Pi vs ODROID vs Orange Pi vs más

Comparativa de todas las Raspberry – sysbench

sysbench | Raspberry Pi vs ODROID vs Banana PRO

sysbench | Raspberry Pi 2

sysbench – comparativa Raspberry Pi contra todos

He repetido solo los de CPU y Memoria, ya que los otros dos que hacía testaban las microSD y era un poco absurdo. He usado:

Raspbian Stretch actualizado a Noviembre de 2017 en las dos Raspberry Pi

armbian actualizado a Noviembre de 2017 en las dos Orange Pi

sysbench CPU

El comando es el siguiente, donde --num-threads=X se cambia la X por 1, 2, 3 o 4 para hacer cada test:

sysbench --test=cpu --num-threads=X run`

sysbech CPU 1 core 2 cores 3 cores 4 cores Raspberry Pi 2 268,5326 133,8874 89,1827 67,0471 Raspberry Pi 3 – 64bits 182,5095 92,2368 60,8635 45,6987 l Orange Pi PC 163,7737 81,7292 54,5443 41,4606 Orange Pi PC2 – 64bits 12,8638 7,4148 4,2878 4,08883

sysbench MEM

El comando es el siguiente, donde --num-threads=X se cambia la X por 1, 2, 3 o 4 para hacer cada test:

sysbench --test=memory --memory-block-size=1M --memory-total-size=10G --num-threads=x run`

sysbench MEM 1 core 2 cores 3 cores 4 cores Raspberry Pi 2 8,595 6,86 6,964 6,752 Raspberry Pi 3 – 64bits 5,481 3,689 3,6905 3,5265 Orange Pi PC 6,549 3,612 3,137 3,1075 Orange Pi PC2 – 64bits 6,0151 2,695 2,1953 2,0351

Os pongo algunos pantallazos de los test corriendo en las Orange Pi

CONCLUSIÓN: la Orange Pi PC 2 es un rival de peso. En potencia bruta es la mejor, la red Gigabit es mejor y los USB directos son más rápidos. Le falta Wi-Fi, Bluetooth y drivers para usarla como media center o emulador para retro gaming. Y por supuesto estás limitado en el software disponible y los periféricos para proyectos.

Igualmente, la Orange Pi PC normal también ofrece un rendimiento comparable o superior. Tiene las mismas carencias que la Orange Pi PC 2 y hay que restar el Gigabit y los 64bits, pero si cuenta con drivers de vídeo acelerado para una versión de OpenElec y está soportada por Lakka.tv para emulación y retrogaming.

Raspberry Pi vs Orange Pi 2017 Para los que visteis el artículo ffmpeg Optimizar vídeos para iPad en Plex al final os dejé un adelanto de lo que sería la comparativa: …

[billtitta]

Nucleo f401re clion

#NUCLEO F401RE CLION CODE#

#NUCLEO F401RE CLION SERIES#

#NUCLEO F401RE CLION FREE#

PC0, PC1, PC2, PC3, PC10, PC11, PC12, PC13, PC14, PC15Ĭan be used to power them module from battery They are also categorized with the table below: The name of the pins can be found in the image above. They comprise of GPIO pins, Analog Pins, Timer Pins, and Power pins. These pins are classified into CN7 and CN10 with each having 38 Pins. These pins can also be used for I2C Communication A4 is SDA and A5 is SCLĬan be used to provide analog reference voltageĪcts as SCK, MISO, MOSI and CS pins respectively for SPI communicationĪcts as Rx and Tx pins respectively for USART communicationĪpart from the Arduino pins, the board also has 76 (38+38) GPIO pins as male headers on either side of the board as shown above. Provides 3.3V as output can also be used to power the MCU Each category pin can be tabulated as follows: The Arduino pins are split into category CN5, CN6, CN8, and CN9. The arduino like pins are female connector pins which exactly match the order and position of Arduino UNO pins and hence any Arduino shield can be used with these development boards. The pin one resembles the Arduino UNO and the blue one is the STM32 style ( Morpho). As you can see, there are two sets of pins. The STM32 Nucleo board pinout is shown above. The Board operates with 3.3V supply but a wide voltage range of 7-12V can be provided to the VIN pin since it has an on-board voltage regulator. Similarly, there are two push buttons where one is user programmable, and the other is to reset the Microcontroller. This board also comes with an integrated ST-LINK/V2-1 programmer and debugger hence it is very easy to get started with this board.Īs shown in the image above, there are three LEDs, where LD1 is for indicating USB communication, LD2 is programmable LED, and LD3 indicates power. The Boards pinout is similar to Arduino UNO and has many other additional pins to expand performance. It features the ARM Cortex M4 32-bit STM32F401RET6 microcontroller which is in LQFP64 package. Errors and Warnings List: The left pane shows the list of errors and warnings and some hints are provided inside the code.The STM32 Nucleo boards are the official Development Boards from STMicroelectronics.

#NUCLEO F401RE CLION CODE#

The code is checked as you type, with suggestions, help and error checking. Check-as-You-Type Code Control: This is really amazing.

#NUCLEO F401RE CLION SERIES#

ATmega-based Trinket boards from Adafruit, - Atmel ATmega- and Cortex-M3 SAM-based boards from Arduino, - Microchip PIC32-based chipKIT boards from Diligent, - Atmel ATmega328 with BLE BLuno board from DFRobot, - Atmel ATtiny85-based board from Digistump, - Intel Quark SoC X1000-based Galileo boards from Intel, - LaunchPad MSP430 and LaunchPad Cortex-M4 Tiva C series boards from Texas Instrument, - ARM Cortex-M3 STM32 F103RB-based board from Maple, - ATmel ATmega328 and ATmega644-based boards from Microduino, - ARM Cortex-M4 Freescale MK20-based Teensy 3.0 and 3.1 from PJRC, - Atmel ATmega644p-based board from Wiring, - Nordic nRF51822 SoC-based boards from RedBearLab, - Nucleo F401RE on mbed from STMicroelectronics, - Freedom KL25Z on mbed from FreescaleĬode Presentation: Syntax colouring, line numbering and function highlighting ease code reading.

#NUCLEO F401RE CLION FREE#

It eases development for the most popular embedded computing boards.Īfter having played with embedded computing platforms for a while, I was looking for one single IDE and a better one.īecause I'm a Mac user, I designed embedXcode, a template for Xcode, the free and standard IDE on Mac.ĮmbedXcode supports the most popular boards based on the Wiring / Arduino framework and on the mbed framework.

[athomewiththecicadas]

Life as a Senior NCO for a Head of Household that can't Provide

It's easy to be embarrassed by the latest efficientcy numbers posted regarding TSMC's 3nm process. Proof that quality is tangible in the midst of extreme market demands. But what is more embarrassing is the quality control procedure, that's still manageable.

And, continuing over the next 10 years, still considering where technology has developed since the ARM Cortex A5, I've found this underlying dilemma where tech companies are trying to address real issues in our economy, that are nearly impossible tasks.

So while all of this heated development is cooling off, and the implementation of newer technologies take effect, let's talk about what some of that might mean.

First, tech companies are struggling with limiting IP that gets into their products. And accounting for this IP was previously unmanageable with the technologies available. Thus the development of Multiple Execution Side Porting (MESP).

MESP allows tech companies to reconsolidate their book keeping, and empowers then to dictate their IP accounts to address a deeper description of anti-trust issues they are struggling with. This includes issues such as Nuclear Blackmail and Nuclear Terrorism.

Not only will MESP get to the root of tech issues, MESP is then complemented with Embedded Intellect. And Embedded Intellect will allow tech companies to facilitate, to greater degree, a post Nuclear lifestyle. And to give you an understanding of the dynamic of these issues, an article of Google's Semantic Pyramid AutoEncoder (SPAE). This software is a critical part to consider when you are considering multiple processors, or processor switching.

Tech companies will find relief that there is ample processing available with MESP, while stability is under control with Embedded Intellect, making these issues manageable.

On a side note, backwards compatibility is too below current consumer technologies to mention. So you will find that the progress of the tools you like are often muted in publications.

But in a market that is mostly based on ARM processors, the Translation Lookaside Buffer, along with a Memory Management Unit can handle everything that is now up to date. This means that a product can extend past the 5 year expectation, however it will most likely be limited by corporate services.

By then you'll most likely consider a new product. However the lastest MESP and Embedded Intellect are the latest "hardwired" approach, as opposed to the aging virtual approach. But are equally sufficient when considering the limits of consumer processor demands.

------

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Boom! (7-20-23)

[zakthomsongrad701]

So today, I started to work on my journal. In keeping align with the other boxed in the kit, I wanted to keep it simple as well. I thought rather than just printing orange onto the cover I could try play around with die lines and creating a die cut with a colour underneath. this is my test, and I really like it! it feels a bit different and gives the cover a bit of depth.

for the page design, the experience is mostly focused on the cards. I wanted to include a card type shape into the pages to make it clear that there is a reflection type area to focus on the cards. I found it hard to design the pages because there is only so much you can do design wise to an A5 page with out making it feel cluttered. Talking to a friend, she said some mindful journals feel overwhelming and they include way to many activities to complete. I included the positive affirmation section, and talking with Dianne (psychologist) she said its important to write down at least three positive things even if you don't feel great that day. this helps re wire the pre-frontal cortex of our brain into a more positive thinking. I have left half the page free for users to write about anything else about their day they feel like they need to get of their chest. I have also added a daily quote, in hopes to keep people motivated and positive each day.

in total I really like the layout, I can't wait to get the journal printed and bided as a tester for the second prototype feedback session in week 11.

[worldstop10]

Geniatech VR (2015)

New Post - Geniatech VR (2015) -

HEADSET Stats… Headset: Geniatech VR (Geniatech 3D) Manufacturer: Geniatech Launch Price: $599 (£441) Release Date: December 2015 Headset Type: All-in-one VR Headset Display: 5.5″ 1920 X 1080 Display Field of View(FOV): 90° Refresh Rate: 40 Hz CPU: Amlogic M812 Quad-core ARM Cortex-A5 GPU: N/A Interpupillary Distance Adjustment: Yes Screen Focus Adjustment: No Weight: 520g (18.34 oz) Tracking: 3…

[technewsbazar]

Oppo has introduced the low-cost A16 smartphone

The Chinese company's new phone combines Android 11 operating system with Color OS 11.1.

The Oppo A16 is powered by MediaTek's Helio G35 processor, with 8 Cortex A5 computing cores and clock speeds of up to 2.3 GHz.

The phone has a 6.5-inch display with HD Plus resolution, but the panel's refresh rate is 60Hz.

On the front of the phone is an 8-megapixel selfie camera hidden in a waterdrop notch.

The Oppo A16 comes with 3GB of RAM and 32GB of storage which can be further expanded with an SD card.

Bluetooth 5.0, headphone jack and 5000 mAh battery are part of this phone.

The phone has 3 rear cameras with a 13-megapixel main camera along with other 2-megapixel cameras.

The Oppo A16 is expected to cost is $140.

Remember that Oppo has 4 most important smartphone series, A series is reserved for entry-level phones.

The F and Reno series are mid-range while the X series is for flagship phones, but the company is also expected to introduce a new series for foldable phones soon.

For more tech news plz visit https://bit.ly/3ksCBZ3

[market-research-updates]

Tablet Application Processor Market Analysis By Growth, Emerging Trends , Future Opportunities and Forecast to 2025

The tablet application processor market is expected to reach a CAGR of 5% during the forecast period from 2020 to 2025. The trend in automation has developed the need for intelligent and smart ways of transferring and storing the data, especially in the industrial sector. Industrial tablets are growing in popularity in the manufacturing sector. The manufacturing vertical chooses to deploy industrial tablets due to their reliability and durability. The tablets are integrated with serial ports, authentication, RFID, and card readers, which enable communication with any industrial third-party device. A player such as Intel is transferring the advantages of Moore’s Law and its leading transistor technology for higher performance and more energy-efficient processors to other computing segments in tablet, thereby further helping in driving the growth of the market. - High adoption of octa-core application processors drives the market. The processor refers to an integrated circuit that implements eight independent physical execution units (core) on a single die. Its two sets of quad-core processors split various tasks between them according to type. Most of the time, the low-powered set of cores is functioned when advanced tasks are needed; however, the faster set of four cores kicks to provide the advantage over quad-core in the tablet. - All modern octa-core chips are based on ARM’s big.LITTLE architecture. A number of major chip manufacturers have based their efforts on this big.LITTLE, or octa-core, blueprint such as Samsung (Tab S 8.4, Tab S 10.5, Note 10.1), Sony (Z4 Tablet), Cube Talk 9X, etc., which drives the market. - Increasing the adoption of navigation applications in automotive drives the market. The adoption of rugged tablets is increasing for the GPS navigation application. The tablet having the nest GPS receiver chipset proves the highest resolution location in the fastest time to Android and window OS resolving the location of the tablet to the most accurate position. A product such as Panasonic Toughpad FZ-M1 rugged tablet (Intel Core m5-6Y57 vPro), Getac F110 rugged tablet (Intel Core i7-6600U 2.6GHz), Samsung Galaxy Tab Active 2 rugged tablet (Octa-core 1.6 GHz Cortex-A53) is one of the prominent products which are highly used for the navigation applications. Hence with the increasing demand for transportation and the automobile segment, the demand for rugged tablets assists in driving the market. - However, due to the impact of COVID-19, the market suffers from the current growth. Investment banking company such as Raymond James reduced its estimates for semiconductors used in mobile handsets and tablets based on an estimated 17 to 20% drop in the sale in China and a drop in the sale of Apple Inc. products of approx 12 to 16% during the second quarter of 2020 while digital transformation is keeping demand for tablet solutions growing in industry and enterprises, while the weak consumer performance remains the primary reason for the contraction in the market.

Click Here to Download Sample Report >> https://www.sdki.jp/sample-request-85974 - From a consumer demand standpoint, there are a different set of challenges, but they mostly fall on one vendor. Having been backed into the Chinese market due to US trade restrictions, Huawei’s tablet business is now in a very difficult position in early 2020 due to the barriers to movement in China (e.g., transportation restrictions, temperature checkpoints before entering buildings) and the impact of the distribution of processors and voluntary caution of people staying home. Overall the COVID-19 impact is restraining the growth of the market. - While in India, the government has stopped all electronics manufacturing, shut down retail stores and stopped the sale of electronics online as well, India Cellular and Electronics Association (ICEA) and the Manufacturers Association of India (MAIT) have written to the government to allow the sale of tablets, smartphones other products online during the lockdowns, but no decision has been taken yet. Key Market Trends Apple iOS to Witness Significant Growth Rate - Apple Inc. designed System on Chip (SoC) and System in Package (SiP) processors for their tablet business. The combination of a low-power central processing unit (CPU) and other components into a physically compact package meet the stringent power and space constraints common to mobile devices. - According to Apple, they extended their tablet Application Processor market share leadership with 42 percent revenue share in Q2 2019, followed by Intel with 19 percent and Qualcomm with 17 percent. Their Apple A4 is a PoP SoC manufactured by Samsung. It combines ARM Cortex-A8 CPU with a PowerVR GPU and emphasizes power efficiency. - Their chip commercially debuted with the release of Apple's iPad tablet. Their most recent iPad models are the seventh-generation iPad, released on September 25, 2019. This caters to the demand and growth of the tablet application processors market in the iOS operating system. - Further, the new iPad contained a new dual-core A5X processor with quad-core graphics, and a Retina Display with a resolution of 2,048 by 1,536 pixels, more than 50 percent more pixels than a standard 1,920 by 1,080 high definition TV screen. Apple prioritizes to doubled the size of the A5X's memory interfaces in comparison to the A5, including a memory interface subsystem with four 32-bit wide LP-DDR2 memory controllers, which was done to provide sufficient bandwidth for the very high pixel count on the third-generation iPad's Retina Display. - Furthermore, in October 2019, the company releases Apple's Sidecar, which is a MacOS 10.15 Catalina feature that enables one to turn an iPad into a second display, working alongside the Mac. The feature also allows iPad Pro owners to use their tablet as an input device with an Apple Pencil. Sidecar needs iPads that support Apple Pencil. The iPad will also need to be running iPadOS. - Further, Apple's Sidecar feature needs Macs that run with Skylake processors (Intel). The list of compatible iPads with the support of Sidecar are 12.9-inch iPad Pro, 11-inch iPad Pro, 10.5-inch iPad Pro, 9.7-inch iPad Pro, iPad (6th generation or later), iPad mini (5th generation or later), iPad Air (3rd generation). - Also, Apple's A12Z Bionic is a System on a Chip (SoC) that will be found in the iPad Pro 11 in the year 2020. It offers eight cores divided into four performance cores and four power-efficiency cores (up from the six cores in the A12 of the iPhone XS). It has enhanced thermal design means higher peak and longer sustained performance with the additional GPU core. Further, with the more new launch of the iPad tablet, the market in the iOS segment penetrates to increase in the future. North America Accounts for Significant Market Share - North America accounts for a significant share, and due to various global players residing in this region, the market significantly grows to compare to other regions. Further, with decreasing the average price of consumer tablets in the United States, the rate of demand for the tablet is increasing; thereby, the need for tablet application processor increases. The two brands that dominate the market share are Samsung and Apple. - Further, players are focused on launching their new tablet with previous version expansions or new versions. In April 2019, Samsung launched the Galaxy Tab A 10.1 and the Galaxy Tab S5e in the United States with a Qualcomm Snapdragon 670 CPU for Galaxy Tab S5e and for Galaxy Tab A 10.1 Samsung-made Exynos 7904 CPU replaced with the Snapdragon equivalent in the United States. - The Snapdragon 670 has up to 15% better CPU performance than its predecessor, the Snapdragon 660, and up to double the AI performance. The Snapdragon 670 integrates the Kryo 360 CPU, an octa-core processor that has two performance cores and six power-saving cores, which can clock up to 2 GHz and 1.7 GHz. - Further, North America is one of the leading regions of the global transportation & logistics industry. Moreover, the growing investments in the energy sector are also expected to drive the North American market. The energy industry, which is the third-largest industry in the United States, is attracting a large number of investments. For instance, according to the Bloomberg New Energy Finance (BNEF), the United States is expected to invest nearly USD 700 million over the next 20 years in order to drive renewable energy capacity, further helps to grow the market for the tablet in the industrial sector. - Further, the e-retailer giant, Amazon launched the latest Fire HD 10 Tablet in October 2019 with Kindle Kids Edition e-reader and Fire HD 10 Kids Edition tablet as well. The devices are now listed for pre-orders in the United States. The tablet is based on a 2GHz octa-core processor with 32GB of inbuilt storage. The Kindle Kids Edition is a 6-inch ebook reader with a 167ppi e-ink display with adjustable screen light. - Also, according to Association of American Publishers, Children’s and YA category, reached USD 918.8 million in 2019, increasing revenues by 7.4% compared to 2018, and the religious press revenue grew a significant 11.4% to reach USD 328.2 million in the first half of 2019 from USD 294.6 million in the first half of 2018 in the ebook category. Moreover, increasing demand for digitalized comic books is projected to drive the market in the region, and therefore comic book publishers such as DC Entertainment and MARVEL are expanding their portfolio to follow the trend of ebook tablets.

Competitive Landscape The tablet application processor market is tending to move from consolidated to fragmented but with a slow rate, and the players are coming with new processor technology increasing the rivalry in the market. Key players are Qualcomm Technologies, Inc, MediaTek Inc., etc. Recent developments in the market are - - April 2019 - Samsung introduced its new flagship tablet Galaxy TabS6 aimed at consumers that need advanced functionality and performance. The Galaxy Tab S6 is based on Qualcomm’s Snapdragon 855 SoC, which features four high-performance cores, four low-power cores, and Adreno 640 integrated GPU. The application processor is accompanied by 6 or 8 GB of LPDDR4/LPDDR4X memory as well as 128 or 256 GB of NAND flash storage (expandable using a microSDXC card). Reasons to Purchase this report: - The market estimate (ME) sheet in Excel format - 3 months of analyst support

For more information, please contact:

Hina Miyazu

Shibuya Data Count Email: sales@sdki.jp Tel: + 81 3 45720790

Related Links https://www.sdki.jp/

[athomewiththecicadas]

The Latest?

How all that got started? I figured I'm 25, I could just reconsolidate everything. Wound up in Virginia. And I got arrested for carrying a concealed firearm.

Well, I won. And as a result, I got some subsidies, basically your local community development. And the idea was merely to rethink about a basic microprocessor.

Small, no name, besides your basic university style endorsement. But, I know this, and they know this, and nobody knows everything, but we have an engineering book, and we know how to piece the basics together, and we came up with what we called the Cortex A5.

And if you were going to compete with other processors, this was not the mainstream x86. And I can't remember anyone was trying to compete with the x86 processor. It was just all of our complaints about computers. But, I thought it was a really good idea. And I'm the type of person that is mainly only interested in compound interest. But, yeah, the original name was about where it was.

My idea, was an "idea." And it was a little weird, but I didn't think it was "weird." And it was only to rethink our way through a basic processor. So it was pretty much pieces of the engineering book put together.

But, it also made sense. And so, the sales strategy was, "if any of the logic behind this makes sense to you."

Well, the basics were put together for an architecture, and then I had this idea for using a radar circuit to filter search data, and it fit the original "idea." And the radar could enhance your search for what I was calling "relevant data."

And picking at the Cortex A5, they found that it's really difficult to hack, and it didn't pick up all of the nuisance bugs from searching through the internet, and with the radar circuit, Google picked up on it.

Came up with some basic procedures to navigate through areas we don't understand.

And there it is. An "in order," application processor, which is basically from a computer keyboard, and it was open enough to allow clients to make changes without losing its basic reasoning.

Of course, now it's the Cortex A520, Cortex A720, and the X4.But, we kept picking at it every once and a while, and worked on a signal reciever/transmitter chip.

And now I'm trying to:

1. Establish the basics of a memory chip that is going to work with the future nano technologies, where the circuit is already just smaller, but still as reliable as Flash memory.

2. Build a framework to pre-establish memory addressing for standard languages and common instructions, so tech workers can lean on industry standards that are part of the architecture, eg. A built-in language/instruction memory chip. So, we'll have an:

- an original architecture (Cortex A5)

- original Artificial Intelligence (the radar)

- an original reciever/transmitter chip

- an original memory chip (to handle nano)

- an Original Language/Instruction chip (from pre-designated memory addressing, "built-in")

I like that. Pre-designating memory addressing from the factory. But the best part is that it isn't an Operating System. It's the languages that makes up an Operating System, already assigned to the microprocessor.

And if it works out right, the Language/Instruction addressing will be embedded in the microprocessor. That way Software companies can just use memory addressing that was already standardized.

And we'll have embedded, pre-designated, and standardized memory addressing embedded in the microprocessor, without having to use RAM or a Hard drive or SSD.

And then it doesn't matter what language you speak, everyone would be using the same memory addressing.

As far as all the demand for performance, we got all of that out of the way right at the start. And looking back at the original, we're not really interested in performance anymore. And it doesn't look like we're going to be that interested in the next 20 years either.

But, there are still improvements based on the original, like the power management of the A520, and some thermodynamic design inclusions, things like that.

I don't think we're going to be concerned until someone else comes up with a completely new architecture. So, for the most part, what's there is expected to remain modest.

If for some reason a data center for internet routing required outlandish performance, that's the original Cortex A5. It's just like the UNIX idea, where they copped it down to Lenix. But there isn't really any need for a more massive computer power.

Even getting into the exotic security demands, like the government's space force. There's only so much they would need, until it's just us.

And with the Cortex A5, that's just a lot less than you were expecting. It's so reliable that if you needed to apply higher strenuous performance demands on it, you didn't know it would remain that accurate. We can't foresee that anyone is going to need more computer power in the future, that the Original Cortex A5 can't handle.

And then it's about more important things for us like service and luxuries. That being said, standardized, pre-designated memory addressing is going to be really nice.

[napiakcio]

MXQ Pro Android TV okosító Box csak 8.490 Ft

MXQ Pro Android TV okosító Box UHD 4K

Android rendszerű eszköz MAGYAR nyelvű menüvel (beállítást követően)

Nézz YouTube videókat, Facebookozz vagy akár használd a Skype-ot TV-den keresztül

Szinte végtelen mennyiségű alkalmazás a Play áruházból

A beépített wifi vevőnek köszönhetően nem kell vezetékekkel bajlódnod

Rendelkezik 4db USB, 1db HDMI és 1db Ethernet csatlakozóval, valamint SD kártya foglalattal

Akár egér és billentyűzet is csatlakoztatható hozzá

A készülék támogatja a 4k Ultra HD videók lejátszását

Egyszerű beállítás

Támogatott formátumok: Avi/Rm/Rmvb/Ts/Vob/Mkv/Mov/ISO/wmv/asf/flv/dat/mpg/mpeg/MP3/WMA/AAC/WAV/OGG/AC3/DDP/TrueHD/DTS/DTS/HD/FLAC/APE/HD JPEG/BMP/GIF/PNG/TIFF

CPU: Quad-core 1.5GHz (Cortex-A5), 64 bites

RAM: 1 GB

ROM: 8GB

Android 5.1 operációs rendszerrel

Beépített Wifi vevő

A csomag tartalma:

1 db HDMI kábel

1 db táp

1 db távirányító

[carobd2unit]

Is Autel MK808 Better Than Autel MX808 for Customers?

Customers might be in stuck between the Autel MK808 and Autel MX808 scan tools.

The Autel MX808 and MK808 scanners share similar functions and features, but still, they have a few differences.

Feel happy and ready to answer this question for all the customers who have been to cardiagtool.co.uk car tool shopping website to purchase products. As always, we will work together with the customer service department and technical support team to provide customers with the most reliable and unforgettable service.

OK, so let’s see the brief comparison chart between the two tools first to grasp the general knowledge about them.

Functions/FeaturesAutel MX808Autel MK808Works RangeAll 1996 US-based, 2000 EU-based and newer vehiclesAll 1996 US-based, 2000 EU-based and newer vehiclesOperating System(OS)Android 4.4.4Android 4.4.4ProcessorCortex-A9 processor (1.5 GHzCortex-A9 processor (1.5 GHz)Display7-inch LCD capacitive touch screen with 1024×600 resolution

7-inch LCD capacitive touchscreen with 1024×600 resolutionMemory32GB32GBConnectivityMini USB 2.0 + USB 2.0 + Wi-Fi + Micro SD card (supports up to 32GB)Mini USB 2.0 + USB 2.0 + Wi-Fi + Micro SD card (supports up to 32GB)Audio Input/OutputInput: N/A + Output: buzzerInput: N/A + Output: BeepSensorsAmbient light sensor for brightness auto changingAmbient light sensor for brightness auto adjustPower and Battery3.7 V/3200 mAh lithium-polymer battery, Charges via 5 VDC power supply

3.7 V/3200 mAh lithium-polymer battery, Charges via 5 VDC power supplyTested Battery LifeAround 4.5 hours of continuous useAround 4.5 hours of continuous usePower Consumption500 mA (LCD on with default brightness, Wi-Fi on) @3.7 V500 mA (LCD on with default brightness, Wi-Fi on) @3.7 VBattery Charging Input5 V/1.5 A5 V/1.5 AOperating Temperature-10 to 60°C(14 to 140°F)0 to 55°C(14 to 131°F)Storage Temperature-20 to 70°C (-4 to 158°F)-20 to 60°C (-4 to 140°F)Operating Humidity5% – 95% non-condensing5% – 95% non-condensingRead/Clear CodesYESYESAuto VIN DetectionYESYESDisplay live data in textYESYESSupport IMMO(Anti-theft matching) FunctionsYESYESOil Reset,EPB, BMS, SAS, DPF, ENG/AT/ABS/SRS CodesYESYESBasic TPMS Service,ABS Bleeding,Injector Coding, Suspension CalibrationYESYESFreeze Frame DataYESYESbattery registration and resetYESYESMode Numbers106I/M ReadinessYESYESLive DataYESYESCheck Engine LightYESYESVehicle Coverage

Acura, Audi, Bentley, Bmw, Bugatti, Benz, Auford,

Chevrolet, Holden, Euford, Chrysler, Gm, Ford, Honda,

Hyundai, Land Rover, Isuzu, Infiniti, Kia, Jaguar,

Mitsubishi, Nissan, Mazda, Lexus, Maybach, Mini,

Skoda, Saab, Porsche, Seat, Scion, Smart, Opel,

Sprinter, Subaru, Volvo, Vauxhall, Suzuki, Toyota, Vw etc..

Acura, Audi, Bmw, Bugatti, Benz, Auford, Bentley,

Chevrolet, Chrysler, Gm, Euford, Holden, Ford, Honda,

Hyundai, Land Rover, Kia, Isuzu, Infiniti, Jaguar,

Lexus, Mitsubishi, Mini, Maybach, Nissan, Mazda,

Opel, Seat, Skoda, Porsche, Saab, Scion, Smart,

Sprinter, Subaru, Vauxhall, Volvo, Suzuki, Toyota, Vw etc..

Weight788 g (2.42 lb.)788 g (2.42 lb.)Dimensions237.8 mm (9.4”) x 148.6 mm (5.9”) x 35.5 mm (1.4”)237.8 mm (9.4”) x 148.6 mm (5.9”) x 35.5 mm (1.4”)Software UpdateOne Year12-month free software updatesWarrantyLimited One Year WarrantyOne Year Limited Warranty

For the statistics in the comparison chart, customers can not fully know their advantages and small limitations. This will influence their purchase choice. So for the following content, let’s check their comprehensive analysis related to these to matters.

Autel MaxiCOM MK808:

The Autel Maxicom MK808 automotive diagnostic scanner is a combination of the Maxicheck pro and MD802 all systems scanners. It has the ability to perform a wide range of functions such as basic OBD2 functions, special functions, and advanced functions like support auto bleed test and IMMO functions. Moreover, this scanner is compatible with more than 80 US, European, and Asian vehicle makes manufactured from 1996 and newer.

It features a large 7-inch LCD capacitive touchscreen with 1024×600 resolution for easy reading of results on display. It is also fast and powerful, thanks to its Android 4.4.4 operating system and the Cortex-A9 processor.  In addition, it has an audio output which helps the user not to miss on the results when the light conditions are not favorable. Just like the MX808 scanner, this code reader also comes with a 3.7 V/3200 mAh lithium-polymer battery with a runtime of 4.5 hours of continuous use. It can as well be updated for free and has a one-year limited warranty.

📷

Its advantages:

1.Easy to use interface

2.Fast and powerful

3.Sleek and compact design

4.Performs a wide range of functions

5.Extensive vehicle coverage of over 80 vehicle makes and models

6.1-year warranty and 1-year free online update

Its small limitations:

Functions provided are little bit limited so far

Autel Maxicheck Maxicom MX808:

The Autel Maxicheck Maxicom OBD2 scan tool is an Android version of the Autel MD802 diagnostic code reader. It features a 5 feet extension 16pin cable for easy maneuvering during reading or erasing of error codes. The large 7-inch LCD capacitive touch screen displays clear results with a high 1024×600 resolution. It has an Android 4.4.4 operating system with the cortex-A9 processor. This makes the device to be extremely fast and easy to navigate.

Additionally, the MX808 scan tool is powered by a 3.7 V/3200 mAh lithium-polymer battery. This battery provides an excellent run time of 4.5 hours of continuous use. There are many ways through which you can connect this device such as using the mini USB cable, Wi-Fi connectivity, USB, and the Micro SD card. The gadget has the ability to support up to 32GB. With Wi-Fi, you can as well update this scanner as it comes with free one-year updates. With greater compatibility and a wide range of functions, and an MX808 scan tool is a great tool for beginners and car enthusiasts.

Its advantages:

1.Large color touchscreen for easy use

2.Compatible with most OBD2 compliant vehicles manufactured from 1996 and newer

3.Fast and powerful processor for exceptional performance

4.Performs a wide range of functions

5.Large storage capacity

Its small limitations:

Offers special functions may not fully meet the professional’s needs

How to make final decision, Autel MK808 or MX808?

From the comparison chart, we can see Autel MK808 and MX808 is extremely similar in functions and features, but they still differ slightly.

Even though these two diagnostic scanners come with similar functions and features, they still differ slightly. First of all, the Autel MX808 scanner is lighter than the Autel MK808 scan tool. So, if you’re looking for a portable and reliable diagnostic code reader, then the MX808 automotive scan tool is the best choice. Secondly, the MX808 is slightly smaller in size as it measures 15 x 11.6 x 4.8 inches, compared to MK808 which measures 15 x 11.7 x 4.7 inches.

Rationally, the final decision when it comes to selecting either the Autel MX808 scan tool or the Autel MK808 scanner lies in the type of work you’re going to perform.

In short, if you want a reliable tool for your auto repair shop, then the Autel MaxiCom MK808 is the best tool for you.

That's all. Thank you for sharing your time with us!

Don't forget to contact us at:

Email:  sales@CarDiagTool.co.uk Skype: cardiag.co.uk Whatsapp: +86 15002705698

Or leave a message at https://www.cardiagtool.co.uk/

to tell us what suggestions or questions you have about our products.

Source:http://blog.cardiagtool.co.uk/is-autel-mk808-better-than-autel-mx808-for-customers/

[larisachen]

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