The AMD Embedded G-Series platform is an integrated circuit that combines a low-power CPU and discrete-level GPU into a single chip called an Accelerated Processing Unit (APU). It provides high-performance graphics and video capabilities in a low power and compact package suitable for embedded applications like digital signage and set-top boxes. Key benefits include exceptional performance per watt, support for high-resolution displays, and lower system costs through integration and a long product lifecycle.
The AMD Embedded G-Series Platform is the world's first APU for embedded systems, incorporating an x86 "Bobcat" CPU and a DirectX 11-capable GPU on a single chip. It offers improved performance over previous embedded solutions while significantly reducing power, size, and cost. Initial customer response has been strong, with many traditional embedded companies adopting the new platform for their next-generation products.
The document summarizes AMD's 2012 A-Series desktop platforms. Key points include:
- The 2012 AMD A-Series features "Piledriver" CPU cores and discrete-class AMD Radeon HD 7000 graphics on a single chip. It provides up to 4 CPU cores and improved performance over 2011's AMD A-Series.
- Benchmarks show the 2012 AMD A-Series provides significantly better performance than Intel processors in areas like compression, image processing, and gaming, due to its accelerated processing capabilities. Overclocking can further boost performance by up to 68%.
- For mainstream gaming, the document argues the integrated graphics of the 2012 AMD A-Series provide better performance and value than a competing Intel processor
This paper looks at the challenges of HD playback on the PC and the dedicated set of technologies implemented by AMD Radeon graphics processing units (GPUs) that provide efficient and flexible playback of this content.
The IBM System x3650 M2 server offers energy efficient and powerful performance for virtualization. It provides optimal computing performance per watt through its quad-core Intel Xeon processors. Robust systems management capabilities allow it to improve service through flexible deployment and integration, while resilient architectures and virtualization help manage risks.
This document summarizes AMD's Financial Analyst Day presentation from November 11, 2009. It discusses AMD's transition from CPUs to GPUs over time, increasing transistor counts and capabilities. It highlights AMD's current and future product strategies, including their Fusion era of computing that combines CPU and GPU capabilities on a single chip. It outlines AMD's priorities and roadmaps for server, client, and graphics platforms through 2010 and 2011, emphasizing improved performance, power efficiency, and competitive advantages through GPU technology.
The new AMD Opteron™ processor: The core of the cloud
* Designed for the inflection point around the hyper-efficient, virtualized Cloud
* Strong OEM and end-customer support out of the gate
* Superior performance, ranging from 24% to 84% in key trending workloads
* Increased virtualization scalability
* As much as 56% lower power-per-core
* Perfectly matched architecture for today’s highly threaded workloads including cloud, web, virtualization, database and HPC
The document introduces AMD's new six-core Opteron EE processor targeted at energy efficient servers and workloads. It provides up to 30% higher performance than the quad-core Opteron at the same 40W power envelope. The low power processor allows for greater server density in cloud computing environments without compromising features like virtualization. It aims to deliver both top-line performance and bottom-line efficiency for customers with large scale-out deployments.
The AMD Embedded G-Series Platform is the world's first APU for embedded systems, incorporating an x86 "Bobcat" CPU and a DirectX 11-capable GPU on a single chip. It offers improved performance over previous embedded solutions while significantly reducing power, size, and cost. Initial customer response has been strong, with many traditional embedded companies adopting the new platform for their next-generation products.
The document summarizes AMD's 2012 A-Series desktop platforms. Key points include:
- The 2012 AMD A-Series features "Piledriver" CPU cores and discrete-class AMD Radeon HD 7000 graphics on a single chip. It provides up to 4 CPU cores and improved performance over 2011's AMD A-Series.
- Benchmarks show the 2012 AMD A-Series provides significantly better performance than Intel processors in areas like compression, image processing, and gaming, due to its accelerated processing capabilities. Overclocking can further boost performance by up to 68%.
- For mainstream gaming, the document argues the integrated graphics of the 2012 AMD A-Series provide better performance and value than a competing Intel processor
This paper looks at the challenges of HD playback on the PC and the dedicated set of technologies implemented by AMD Radeon graphics processing units (GPUs) that provide efficient and flexible playback of this content.
The IBM System x3650 M2 server offers energy efficient and powerful performance for virtualization. It provides optimal computing performance per watt through its quad-core Intel Xeon processors. Robust systems management capabilities allow it to improve service through flexible deployment and integration, while resilient architectures and virtualization help manage risks.
This document summarizes AMD's Financial Analyst Day presentation from November 11, 2009. It discusses AMD's transition from CPUs to GPUs over time, increasing transistor counts and capabilities. It highlights AMD's current and future product strategies, including their Fusion era of computing that combines CPU and GPU capabilities on a single chip. It outlines AMD's priorities and roadmaps for server, client, and graphics platforms through 2010 and 2011, emphasizing improved performance, power efficiency, and competitive advantages through GPU technology.
The new AMD Opteron™ processor: The core of the cloud
* Designed for the inflection point around the hyper-efficient, virtualized Cloud
* Strong OEM and end-customer support out of the gate
* Superior performance, ranging from 24% to 84% in key trending workloads
* Increased virtualization scalability
* As much as 56% lower power-per-core
* Perfectly matched architecture for today’s highly threaded workloads including cloud, web, virtualization, database and HPC
The document introduces AMD's new six-core Opteron EE processor targeted at energy efficient servers and workloads. It provides up to 30% higher performance than the quad-core Opteron at the same 40W power envelope. The low power processor allows for greater server density in cloud computing environments without compromising features like virtualization. It aims to deliver both top-line performance and bottom-line efficiency for customers with large scale-out deployments.
The document discusses Dell OptiPlex desktop computers. It describes their powerful and flexible configurations that can be customized to meet business needs. It highlights the new OptiPlex 9010 All-In-One as a sleek, high-performance alternative that saves desk space. Dell OptiPlex desktops also offer robust designs, energy efficiency, easy serviceability and deployment, and long product lifecycles. They provide business-class control through remote management capabilities and easy systems management.
AMD Opteron 6000 Series Platform Press PresentationAMD
The document discusses AMD's Opteron 6000 Series processor platform. Key points include:
- The AMD Opteron 6000 Series processor features up to 12 cores, improved Direct Connect Architecture 2.0 with more memory channels and DIMMs, and provides more performance for less money than competitors.
- It offers up to 2.2x better performance than Intel's two-socket solutions and transforms four-socket server economics by removing the "4P tax" and providing significantly better performance and price.
- AMD's Opteron 4000 and 6000 Series platforms provide a consistent set of features across power bands, from single-socket to four-socket, making them easier for customers to use, qualify, and
AMD's Lisa Su, Senior Vice President and General Manager, Global Business Units kicks off CES 2013 with a press conference at the AMD Experience Zone on Consumers and The World of Surround Computing.
PEER 1 Offers NVIDIA GPU to Accelerate High Performance Applications
PEER 1 has teamed up with NVIDIA the creator of the GPU and a world leader in visual computing, to provide high performance GPU Cloud applications. NVIDIA’s GPUs are well known for making customer software run faster and PEER 1 is offering a number of services that run on NVIDA’s GPUs. PEER 1’s cloud service is built on NVIDIA Telsa GPU’s delivering supercomputing performance in the cloud to solve much tougher problems. Click here to find out how PEER 1 and NVIDIA can transform your business.
AMD Eyefinity technology allows users to connect multiple monitors to a single graphics card. It supports up to 6 displays on some cards through the use of DisplayPort connections. This provides benefits like increased productivity through a massive desktop workspace and more immersive gaming. It can boost efficiency in fields like finance by letting users view more data at once without scrolling. In medicine it enables viewing patient scans across multiple high-resolution displays simultaneously.
The Datavideo MS-900 is a fully integrated 8-channel SD mobile video studio. It accepts up to 8 SD inputs of different formats and provides standard outputs including DV, YUV, S-Video, and Composite Video. Thanks to a built-in frame synchronizer and TBC, no external genlock is required. Optional boards allow for chroma keying of 4 channels and overlay of graphics. The system is compact and portable for live production in and out of the studio.
The Intel 845G chipset:
1. Unleashes the power of the Intel Pentium 4 processor and supports new features like Hyper-Threading Technology.
2. Provides integrated graphics, high memory bandwidth up to DDR266, and I/O including USB 2.0 to ensure high performance.
3. Is designed for scalability and flexibility to enable future technologies while delivering performance for both consumer and business applications.
This presentation outlines an IT system upgrade proposal including new desktop PCs, laptops, servers, printers, software and network equipment. The upgrade aims to improve security, reliability, performance, and flexibility over the aging current systems. New PCs would include Intel i7 processors, 8GB RAM and large hard drives. Laptops proposed are HP DV7T models with quad core CPUs, 8GB RAM and large screens. Servers, network switches, routers, backup systems and Adobe Creative Suite software are also recommended. The overall goal is to increase productivity through a modern and robust IT infrastructure.
This document summarizes AMD's 2014 low-power and mainstream mobile APUs. It introduces the "Mullins" and "Beema" APUs, which provide improved performance over previous generations while using less power. Test results show the new APUs outperform competitors from Intel in benchmarks measuring graphics, compute, and overall system performance. The APUs also integrate an ARM core for enhanced platform security.
The document discusses using Impulse C to program FPGAs for financial applications. Key points:
1) Impulse C allows developing FPGA accelerators using standard C/C++ and converts code into hardware modules, interfaces and accelerators.
2) It supports parallel programming with multiple communicating hardware processes. Processes can interact through shared memory, streams or signals.
3) Popular FPGA configurations include hardware modules, embedded CPU cores, and host CPU accelerators. Configurations can be combined for specific applications.
Display devices have always been an integral part of the PC experience.
Whether it is in the form of a desktop monitor, a notebook’s embedded
panel, or the touch screen of a PC tablet, display devices play a vital role in
defining the user’s visual experience.
The new display technologies integrated exclusively in the AMD Radeon™
HD 7700-7900 Series are designed to deliver new and unique experiences
with impressive performance in these different technologies.
The IBM zEnterprise System, introduced last July is arguably the most significant new systems architecture in 20 years and took smarter computing and optimized systems to a whole new level.
This revolutionary system introduced a new hybrid computing model capable of integrating and managing multiple (or today’s most prevalent) architectures in a single integrated system making it possible to begin collapsing individual islands of computing to reduce complexity, improve security, and bring business applications and workloads closer to the data they need. This hybrid environment allows clients to optimize workloads, deploy enterprise clouds, and take action based on real-time analytics and big data.
DME is a software-defined data management engine for many-core SoC designs. It supports distributed shared memory and provides scalability. DME comes in three versions with different footprints and levels of programmability and performance. Future planned features include support for additional interconnect protocols and memory consistency models.
The IBM System x3620 M3 is a cost-optimized 2-socket server designed for growing businesses. It uses the latest Intel Xeon processors and supports up to 192GB of RAM and 16TB of storage. The server is customizable, flexible, energy efficient, and backed by IBM services and support to help ensure reliability and uptime. It offers affordable growth options as business requirements change.
The document discusses the architecture of the HP Blade Workstation Solution. It consists of three core components: the HP ProLiant xw460c Blade Workstation located in the data center, a client access device located at the user's desktop, and HP Remote Graphics Software. The blade workstation executes applications and includes high-performance processors, memory, and graphics. HP RGS transmits the desktop image to the client access device and captures user input. The client access device can range from a thin client to a workstation. HP RGS allows the client access devices to be located remotely while providing a local experience.
Get more comprehensive remote IT support capabilities on a Dell OptiPlex 7070...Principled Technologies
The document compares the remote IT support capabilities of a Dell OptiPlex 7070 Micro Desktop with an Intel Core i5-9600T vPro processor managed using Intel vPro and Dell Client Command Suite to two competitor desktops with AMD Ryzen 5 PRO 3400G processors. It finds that the Dell/Intel solution provides more comprehensive remote management capabilities than the HP/AMD and Lenovo/AMD solutions, including keyboard, video, and mouse control with extra security and the ability to remotely configure BIOS settings across multiple devices simultaneously.
The document discusses the key components and functions of a video card. It describes the heat sink, video memory, video BIOS, sizes of video cards, multi-card scaling capabilities, common device driver APIs like OpenGL and DirectX, market sizes and impact of integrated graphics, and ongoing performance improvements between AMD and NVIDIA graphics cards.
AMD is introducing “Seattle,” a 64-bit ARM-based server System-on a –Chip (SoC) built on the same technology that powers billions of today’s most popular mobile devices.
This document provides an overview and roadmap of AMD's 2014 mobility APU lineup. It discusses the evolving client market trends toward convergence devices. AMD's focus is on bridging tablets and notebooks with performance and productivity APUs across a range of form factors. New additions to the 2014 roadmap include the Mullins and Beema APUs, designed for fanless tablets/2-in-1s and mainstream notebooks respectively, offering over 2x the performance per watt of previous generations. New features highlighted include AMD DockPort technology, Microsoft InstantGo, and an AMD-designed platform security processor.
AMD PowerTune Technology on Workstation GraphicsAMD
AMD PowerTune technology is a significant
leap forward to better ensure that performance
is optimized for TDP-constrained GPUs. AMD
PowerTune technology helps deliver higher
performance that is optimized to the thermal
limits of the GPU by dynamically adjusting the
clock during runtime based on an internally
calculated GPU power assessment. AMD
PowerTune technology also improves the
mechanism to deal with applications that
would otherwise exceed the GPU’s TDP.
AMD PowerTune technology (“PowerTune”) addresses this TDP Power/Performance compromise by
introducing two important capabilities to GPUs power management:
> The ability for the GPU to dynamically calculate its runtime power based on workload activity; and
> The intelligence to control engine clocks based on the power calculations
GPUs with AMD’s exclusive ZeroCore Power technology take power efficiency to entirely new levels by completely powering down the GPU core while the rest of the system is allowed to remain in an active idle state.
This document provides an overview of processor advancements for embedded applications from AMD, focusing on their AMD Embedded R-Series and G-Series APU platforms. It discusses how CPUs and GPUs have transitioned to multi-core architectures for improved performance and efficiency. The document highlights several partner boards that combine AMD Embedded APUs with additional I/O functionality for applications like digital signage, gaming, and industrial controls. It concludes that as new innovations are introduced, embedded designers will create new opportunities using technologies like OpenCL.
The document discusses Dell OptiPlex desktop computers. It describes their powerful and flexible configurations that can be customized to meet business needs. It highlights the new OptiPlex 9010 All-In-One as a sleek, high-performance alternative that saves desk space. Dell OptiPlex desktops also offer robust designs, energy efficiency, easy serviceability and deployment, and long product lifecycles. They provide business-class control through remote management capabilities and easy systems management.
AMD Opteron 6000 Series Platform Press PresentationAMD
The document discusses AMD's Opteron 6000 Series processor platform. Key points include:
- The AMD Opteron 6000 Series processor features up to 12 cores, improved Direct Connect Architecture 2.0 with more memory channels and DIMMs, and provides more performance for less money than competitors.
- It offers up to 2.2x better performance than Intel's two-socket solutions and transforms four-socket server economics by removing the "4P tax" and providing significantly better performance and price.
- AMD's Opteron 4000 and 6000 Series platforms provide a consistent set of features across power bands, from single-socket to four-socket, making them easier for customers to use, qualify, and
AMD's Lisa Su, Senior Vice President and General Manager, Global Business Units kicks off CES 2013 with a press conference at the AMD Experience Zone on Consumers and The World of Surround Computing.
PEER 1 Offers NVIDIA GPU to Accelerate High Performance Applications
PEER 1 has teamed up with NVIDIA the creator of the GPU and a world leader in visual computing, to provide high performance GPU Cloud applications. NVIDIA’s GPUs are well known for making customer software run faster and PEER 1 is offering a number of services that run on NVIDA’s GPUs. PEER 1’s cloud service is built on NVIDIA Telsa GPU’s delivering supercomputing performance in the cloud to solve much tougher problems. Click here to find out how PEER 1 and NVIDIA can transform your business.
AMD Eyefinity technology allows users to connect multiple monitors to a single graphics card. It supports up to 6 displays on some cards through the use of DisplayPort connections. This provides benefits like increased productivity through a massive desktop workspace and more immersive gaming. It can boost efficiency in fields like finance by letting users view more data at once without scrolling. In medicine it enables viewing patient scans across multiple high-resolution displays simultaneously.
The Datavideo MS-900 is a fully integrated 8-channel SD mobile video studio. It accepts up to 8 SD inputs of different formats and provides standard outputs including DV, YUV, S-Video, and Composite Video. Thanks to a built-in frame synchronizer and TBC, no external genlock is required. Optional boards allow for chroma keying of 4 channels and overlay of graphics. The system is compact and portable for live production in and out of the studio.
The Intel 845G chipset:
1. Unleashes the power of the Intel Pentium 4 processor and supports new features like Hyper-Threading Technology.
2. Provides integrated graphics, high memory bandwidth up to DDR266, and I/O including USB 2.0 to ensure high performance.
3. Is designed for scalability and flexibility to enable future technologies while delivering performance for both consumer and business applications.
This presentation outlines an IT system upgrade proposal including new desktop PCs, laptops, servers, printers, software and network equipment. The upgrade aims to improve security, reliability, performance, and flexibility over the aging current systems. New PCs would include Intel i7 processors, 8GB RAM and large hard drives. Laptops proposed are HP DV7T models with quad core CPUs, 8GB RAM and large screens. Servers, network switches, routers, backup systems and Adobe Creative Suite software are also recommended. The overall goal is to increase productivity through a modern and robust IT infrastructure.
This document summarizes AMD's 2014 low-power and mainstream mobile APUs. It introduces the "Mullins" and "Beema" APUs, which provide improved performance over previous generations while using less power. Test results show the new APUs outperform competitors from Intel in benchmarks measuring graphics, compute, and overall system performance. The APUs also integrate an ARM core for enhanced platform security.
The document discusses using Impulse C to program FPGAs for financial applications. Key points:
1) Impulse C allows developing FPGA accelerators using standard C/C++ and converts code into hardware modules, interfaces and accelerators.
2) It supports parallel programming with multiple communicating hardware processes. Processes can interact through shared memory, streams or signals.
3) Popular FPGA configurations include hardware modules, embedded CPU cores, and host CPU accelerators. Configurations can be combined for specific applications.
Display devices have always been an integral part of the PC experience.
Whether it is in the form of a desktop monitor, a notebook’s embedded
panel, or the touch screen of a PC tablet, display devices play a vital role in
defining the user’s visual experience.
The new display technologies integrated exclusively in the AMD Radeon™
HD 7700-7900 Series are designed to deliver new and unique experiences
with impressive performance in these different technologies.
The IBM zEnterprise System, introduced last July is arguably the most significant new systems architecture in 20 years and took smarter computing and optimized systems to a whole new level.
This revolutionary system introduced a new hybrid computing model capable of integrating and managing multiple (or today’s most prevalent) architectures in a single integrated system making it possible to begin collapsing individual islands of computing to reduce complexity, improve security, and bring business applications and workloads closer to the data they need. This hybrid environment allows clients to optimize workloads, deploy enterprise clouds, and take action based on real-time analytics and big data.
DME is a software-defined data management engine for many-core SoC designs. It supports distributed shared memory and provides scalability. DME comes in three versions with different footprints and levels of programmability and performance. Future planned features include support for additional interconnect protocols and memory consistency models.
The IBM System x3620 M3 is a cost-optimized 2-socket server designed for growing businesses. It uses the latest Intel Xeon processors and supports up to 192GB of RAM and 16TB of storage. The server is customizable, flexible, energy efficient, and backed by IBM services and support to help ensure reliability and uptime. It offers affordable growth options as business requirements change.
The document discusses the architecture of the HP Blade Workstation Solution. It consists of three core components: the HP ProLiant xw460c Blade Workstation located in the data center, a client access device located at the user's desktop, and HP Remote Graphics Software. The blade workstation executes applications and includes high-performance processors, memory, and graphics. HP RGS transmits the desktop image to the client access device and captures user input. The client access device can range from a thin client to a workstation. HP RGS allows the client access devices to be located remotely while providing a local experience.
Get more comprehensive remote IT support capabilities on a Dell OptiPlex 7070...Principled Technologies
The document compares the remote IT support capabilities of a Dell OptiPlex 7070 Micro Desktop with an Intel Core i5-9600T vPro processor managed using Intel vPro and Dell Client Command Suite to two competitor desktops with AMD Ryzen 5 PRO 3400G processors. It finds that the Dell/Intel solution provides more comprehensive remote management capabilities than the HP/AMD and Lenovo/AMD solutions, including keyboard, video, and mouse control with extra security and the ability to remotely configure BIOS settings across multiple devices simultaneously.
The document discusses the key components and functions of a video card. It describes the heat sink, video memory, video BIOS, sizes of video cards, multi-card scaling capabilities, common device driver APIs like OpenGL and DirectX, market sizes and impact of integrated graphics, and ongoing performance improvements between AMD and NVIDIA graphics cards.
AMD is introducing “Seattle,” a 64-bit ARM-based server System-on a –Chip (SoC) built on the same technology that powers billions of today’s most popular mobile devices.
This document provides an overview and roadmap of AMD's 2014 mobility APU lineup. It discusses the evolving client market trends toward convergence devices. AMD's focus is on bridging tablets and notebooks with performance and productivity APUs across a range of form factors. New additions to the 2014 roadmap include the Mullins and Beema APUs, designed for fanless tablets/2-in-1s and mainstream notebooks respectively, offering over 2x the performance per watt of previous generations. New features highlighted include AMD DockPort technology, Microsoft InstantGo, and an AMD-designed platform security processor.
AMD PowerTune Technology on Workstation GraphicsAMD
AMD PowerTune technology is a significant
leap forward to better ensure that performance
is optimized for TDP-constrained GPUs. AMD
PowerTune technology helps deliver higher
performance that is optimized to the thermal
limits of the GPU by dynamically adjusting the
clock during runtime based on an internally
calculated GPU power assessment. AMD
PowerTune technology also improves the
mechanism to deal with applications that
would otherwise exceed the GPU’s TDP.
AMD PowerTune technology (“PowerTune”) addresses this TDP Power/Performance compromise by
introducing two important capabilities to GPUs power management:
> The ability for the GPU to dynamically calculate its runtime power based on workload activity; and
> The intelligence to control engine clocks based on the power calculations
GPUs with AMD’s exclusive ZeroCore Power technology take power efficiency to entirely new levels by completely powering down the GPU core while the rest of the system is allowed to remain in an active idle state.
This document provides an overview of processor advancements for embedded applications from AMD, focusing on their AMD Embedded R-Series and G-Series APU platforms. It discusses how CPUs and GPUs have transitioned to multi-core architectures for improved performance and efficiency. The document highlights several partner boards that combine AMD Embedded APUs with additional I/O functionality for applications like digital signage, gaming, and industrial controls. It concludes that as new innovations are introduced, embedded designers will create new opportunities using technologies like OpenCL.
AMD 2011 Global Cloud Computing Adoption, Attitudes and Approaches StudyAMD
A global research report commissioned by AMD in 2011 to understand the current state of cloud computing. The findings revealed that while the cloud is maturing rapidly, challenges still remain
Race to Reality: The Next Billion-People Market OpportunityAMD
On September 3rd, 2016 at IFA Berlin, Mark Papermaster, Chief Technology Officer AMD provided unique insights into the new era of Virtual Reality: "Race to Reality - The Next Billion-People Market Opportunity”.
This document contains forward-looking statements about AMD's future products, including features, functionality, timing and availability. It cautions that these statements involve risks and uncertainties that could cause actual results to differ from expectations. It provides details on several risks including competitive pressures from Intel, reliance on third parties for manufacturing and supply, and macroeconomic and industry trends affecting demand. The document then previews AMD's upcoming "Summit Ridge" desktop processor, highlighting its 8-core design, adaptive technologies, and support for the AMD AM4 platform.
AMD and the new “Zen” High Performance x86 Core at Hot Chips 28AMD
The document summarizes a presentation about AMD's new "Zen" x86 CPU core architecture. The Zen architecture provides a 40% increase in instructions per clock compared to previous cores through improvements in the core engine, caches, floating point capabilities, and the addition of simultaneous multithreading. The Zen core was designed from the ground up to optimize performance and power efficiency across applications from notebooks to supercomputers.
A presentation for all the IT resellers and retailers in Nepal.
Introducing next generation technologies into the consumer market to collectively deliver a greater and richer computer experience.
This document introduces AMD Fusion APUs as an affordable option for consumers in Nepal's computer market. It provides an overview of AMD's history of bringing new technologies to market at accessible prices. The APU combines a CPU and GPU on a single chip, delivering performance for tasks like gaming, video/image editing, and coding at a lower cost than Intel processors. Various AMD APU models are presented ranging in price from 5,200 to 15,000 NPR, providing better performance and value than Intel CPUs at similar price points. In conclusion, AMD Fusion APUs are positioned as a budget-friendly choice for Nepal's price-conscious computer users.
The NVIDIA Quadro K600 graphics board offers strong performance at an affordable price in a low-profile form factor. It contains 1GB of GPU memory, 192 CUDA cores, and supports Shader Model 5. Designed for professional workstations, NVIDIA Quadro GPUs are used in over 200 professional applications across industries like manufacturing, media, sciences, and energy to help professionals realize ambitious visions and get results to market faster.
Intel 8th Core G Series with Radeon Vega M Low Hong Chuan
The document discusses 8th generation Intel Core processors with Radeon RX Vega M graphics. It provides an overview of the new processors and their positioning for gaming, content creation, and VR/MR. It highlights key features like Intel EMIB technology, HBM2 memory, and dynamic power sharing. Performance benchmarks show improvements over 3-year-old systems for gaming, productivity and content creation workloads. Innovative thin and light desktop designs are also discussed.
This document discusses accelerated computing using GPUs and OpenCL. It begins by covering the evolution of x86 processors towards multi-core designs and the use of GPUs as accelerators. It then introduces accelerated processing units that combine CPU and GPU components. The document concludes by introducing OpenCL as an open standard for programming GPUs and heterogeneous systems that allows developers to write code that scales across CPUs and GPUs.
8 Functions of Intel Arc Graphics That Make Them UniqueAdele Noble
Due to unique Intel Arc GPU technology, the processor graphics hardware doesn’t use separate memory banks for video and graphics cards. The graphics processing unit uses the system's memory.
https://www.lenovo.com/ca/en/faqs/intel/intel-graphics/
The document discusses AMD's 2014 performance mobile APUs (Accelerated Processing Units). Key points include:
- The APUs feature up to 12 compute cores with "Steamroller" CPU cores and Graphics Core Next GPU cores, delivering revolutionary architecture and maximum compute performance.
- Features include HSA (Heterogeneous System Architecture) for the first time on a mobile platform, allowing equal access to memory and intelligent queuing between CPU and GPU.
- The APUs are presented as enabling new user experiences through technologies like AMD TrueAudio, AMD Face Login, and AMD Gesture Control.
AMD launches its 2013 Elite A-Series desktop processors featuring improved performance over previous generations. The top-end A10-6800K has up to 4.4GHz CPU speeds and 779 GFLOPs of compute performance from its Radeon HD 8000 series graphics. Benchmark results show the A10-6800K outperforming Intel CPUs in graphics and compute workloads while providing playable 1080p gaming. AMD positions its A-Series APUs as delivering balanced CPU and GPU processing for mainstream applications and entertainment.
The PandaBoard is a low-cost single-board computer development platform based on the Texas Instruments OMAP4430 system on a chip. It features a dual-core 1 GHz CPU, 1 GB of RAM, HDMI and DVI video output, Ethernet, Bluetooth, and multiple USB and expansion ports. The newer PandaBoard ES uses the OMAP4460 chip running at 1.2 GHz. Both boards run Linux distributions and can be used to develop Android and other mobile apps.
The IBM® BladeCenter® HS23E is a versatile, dual-socket blade server running the Intel Xeon processor E5-2400 product family. The server offers performance for value with new levels of memory capacity, processor performance, and flexible configuration options. A standard 30 mm single-wide form factor protects your investments by providing compatibility with the IBM BladeCenter H, E, S, and HT chassis...
VMworld 2013: On the Way to GPU Virtualization – 3D Acceleration in Virtual M...VMworld
VMworld 2013
Sumit Agarwal, AMD
Yizhong Zhang, VMware
Learn more about VMworld and register at http://www.vmworld.com/index.jspa?src=socmed-vmworld-slideshare
The document is a project report on Accelerated Processing Units (APUs) written by Neelesh Vaish. It includes an introduction to APUs, which integrate a CPU and GPU on a single die. It then covers 5 chapters that detail APU capabilities, AMD's role in developing the first APU using its Fusion technology, the APU architecture, how software can help, and a conclusion. The document also includes an index and bibliography citing sources of information.
This document outlines the key specifications for a proposed home video game console, including an 8-core CPU, hard drive storage ranging from 60-200GB, HDMI output up to 1080p, 8GB of DDR3 RAM, an AMD Radeon-based graphics processor, wired or wireless gamepads, and a Linux-derived operating system. Connectivity would be provided by Ethernet and wireless adapters, and an external power supply is used to reduce heat build-up.
Computação acelerada – a era das ap us roberto brandão, ciênciaCampus Party Brasil
This document summarizes presentations given by Roberto Brandao from AMD Latin America on the future of GPUs and accelerated computing. It discusses the evolution of x86 processors towards more cores and memory channels. It presents how GPUs can be used as accelerators, providing over 100x more computational power than CPUs. The document introduces accelerated processing units (APUs), which integrate CPU and GPU cores on a single chip to provide powerful yet efficient computing. It promotes OpenCL as an open standard for programming across CPUs and GPUs for heterogeneous computing.
This document provides an overview of the IBM System x3650 M3, a dual-socket 2U rack server. Key features include Intel Xeon 5600 series processors with up to 12 cores, support for up to 192GB RAM, up to 16 hot-swap hard drives or solid state drives for storage, 4 PCIe slots, and integrated Gigabit Ethernet. The server offers high availability through features like redundant power supplies and fans, hot-swap components, RAID, and IPMI 2.0 support. It also has tools for easy management and diagnostics locally or remotely. The x3650 M3 is suitable for applications requiring highly available and energy efficient rack servers.
This document provides an overview and specifications for the HP Compaq 8200 Elite Series of business PCs. It describes four form factors: Ultra Slim Desktop (USDT), Small Form Factor (SFF), Convertible Minitower (CMT), and specifications for each. Key features include Intel Core i3, i5, or i7 processors; USB, audio and video ports; optional discrete graphics; and RAID support on SFF and CMT models. The PCs are designed for business and enterprise use with manageability, security and service options.
This document summarizes a keynote presentation given by AMD at CES 2008. It discusses how the consumer PC world is shifting from desktops to notebooks. AMD is advancing their notebook and desktop platforms to take advantage of this shift. For notebooks, AMD is promoting their "Puma" platform which features power-efficient components like the Turion processor and ATI graphics to provide a better visual experience. For desktops, AMD is launching their Phenom processors which feature quad-core designs and support for DirectX 10.1. AMD is also discussing their future "Accelerated Processing Unit" which will integrate CPU and GPU cores into a single chip.
The document introduces the Radeon HD7800 series graphics cards, which feature an advanced graphics core next architecture and AMD technologies like Eyefinity 2.0, PowerTune, and ZeroCore Power. Benchmark results show the HD7870 provides up to 12% faster performance than the GTX570 and the HD7850 provides up to 14% faster performance than the GTX560Ti, with both cards offering improved power efficiency over prior generations. Key specifications of the HD7870 and HD7850 models are also listed.
The Dell Precision T5500 workstation is a high-performance and scalable machine with powerful Intel Xeon processors, impressive graphics capabilities, and flexible memory and storage options, all housed in a compact chassis. It is designed for demanding tasks and complex workloads in space-constrained environments like financial trading floors. The workstation delivers lightning-fast processing, exceptional graphics performance, and flexibility to expand as needs grow in an innovative small footprint.
Similar to AMD Embedded G-Series Product Page (20)
This document summarizes the design of AMD's "Zen 3" x86-64 microprocessor core. Some key points:
- "Zen 3" is AMD's second generation 7nm CPU core, designed to deliver higher performance than "Zen 2" through a 19% increase in instructions per clock (IPC) enabled by architectural changes and maintaining the same TSMC 7nm process.
- Changes from "Zen 2" include larger caches, increased instruction issue widths, faster floating point units, and higher load/store bandwidth. These changes aim to improve performance across desktop, mobile, and server segments.
- The core complex now includes 8 cores sharing 32MB of L3 cache, compared to 4 cores
The document discusses AMD's 3D V-Cache technology which vertically stacks an additional last-level cache die on top of CPU cores using through-silicon vias (TSVs). It provides up to a 15% improvement in gaming performance for desktop CPUs and up to 66% faster RTL verification for server CPUs. The technology uses a face-to-back die stacking approach and copper-copper hybrid bonding to efficiently interconnect the cache die with the CPU die below while maintaining high yield and reliability.
The document describes AMD's 3D V-Cache technology, which implements a 64MB stacked cache for a 7nm x86-64 CPU. It consists of a 7nm CPU core complex die (CCD) with 32MB L3 cache bonded to a 7nm extended L3 die (L3D) with 64MB of additional L3 cache, bringing the total L3 cache to 96MB. The bonding technique used is hybrid bonding, which offers higher interconnect density and efficiency compared to microbump bonding. This provides a large last-level cache to improve CPU performance with minimal increases to latency and area.
AMD EPYC Family World Record Performance Summary Mar 2022AMD
AMD's EPYC family of processors hold numerous world records as of March 2022 for performance and energy efficiency across various workloads. The EPYC processors have set records in fields like general computing, virtualization, databases, and more. AMD's website lists all the specific world records held by their EPYC processors and provides the latest information on their high-performance server CPU lineup.
AMD's EPYC family of processors holds numerous world records as of October 2021 for performance and energy efficiency across various workloads. The EPYC processors have set records in fields like general computing, virtualization, databases, and more. AMD provides an updated list of all world records held by EPYC processors on their website.
AMD continues to set new world records for performance. Their latest Ryzen processors provide leading-edge performance for gamers and creators. AMD's focus on innovation makes their processors the best choice for the latest generation of applications and games.
This document provides information on AMD EPYC processors and their world record performance achievements. It lists numerous world records held by EPYC processors in areas such as single and dual socket configurations, database and analytics workloads, HPC, virtualization, Java applications, and more. A total of 93 world records are claimed as of October 28, 2020. The reader is directed to AMD's website for full details on all world records.
This document describes the architecture of a superscalar out-of-order processor core. It can dispatch up to 6 macro operations per cycle and execute up to 4 instructions per cycle. It has an 8-way issue width and can perform up to 3 loads and 2 stores per cycle.
The document summarizes AMD's next-generation 7nm Ryzen 4000 APU "Renoir". Key points include:
- It features "Zen 2" CPU cores with up to 8 cores and 16 threads, and an integrated 7nm "Vega" GPU with up to 8 compute units.
- Performance is improved with up to 25% higher single-thread and 200% higher multi-thread CPU performance compared to previous generations. The GPU provides up to 27% higher performance.
- Power efficiency is increased with up to 20% lower power consumption while delivering higher performance.
- It offers improved memory bandwidth with support for DDR4-3200 and LPDDR4x-42
- The document describes AMD's next-generation 7nm Ryzen 4000 "Renoir" APU. Key highlights include improved single and multi-threaded CPU performance of up to 25% and 200% respectively over previous generations, along with up to 27% higher integrated GPU performance within a similar 15W power envelope. The APU achieves this through an enhanced "Zen 2" CPU architecture, improved 7nm Vega graphics, and optimization of the Infinity Fabric interconnect.
The document discusses AMD EPYC processors and lists several world records achieved using EPYC processors across various workloads and benchmarks. These include records for single and dual socket systems in areas like memory bandwidth, I/O expansion, big data analytics, virtualization, Java applications, and more. It provides details on specific benchmark results and dates from June 2020.
This document lists over 80 world records set by AMD EPYC 7002 series processors across various computing workloads and benchmarks. These records include the highest performance and efficiency in big data analytics, cloud computing, virtualization, enterprise applications, high performance computing, and more. All records were verified as of April 14, 2020 and additional details can be found at AMD.com/worldrecords.
AMD Chiplet Architecture for High-Performance Server and Desktop ProductsAMD
This document discusses AMD's chiplet architecture for high-performance server and desktop processors. Key points include:
- AMD partitions the system-on-a-chip design, using 7nm technology for CPU cores while leaving I/O interfaces in older process nodes. This improves performance and lowers costs.
- CPU dies ("chiplets") are connected using high-speed SerDes links both on-package and between dies. This allows for more chiplets and cores than traditional monolithic designs.
- Innovations in packaging, power distribution, and operating system scheduling were required to enable the multi-chiplet design and improve performance.
AMD has achieved world records in computing performance that are detailed on their website at AMD.com/worldrecords. The website provides specifics on AMD's accomplishments setting new standards in areas such as processing speed, graphics capabilities, and other high performance computing metrics. Visitors to the site can learn more about how AMD is pushing the boundaries of innovation.
The document summarizes the key specifications and architecture of the new Radeon Navi GPU. It is a 7nm GPU with 10.3 billion transistors and 251 square millimeters of die size. It features a new RDNA architecture with improved instruction throughput using wave32 dispatch and dual compute units. The new architecture also features a revamped cache hierarchy with faster L1 caches and an Infinity Fabric interconnect for improved bandwidth and latency.
This document appears to provide information about benchmark testing performed on various AMD Ryzen processors, including the Ryzen 9 3900X, Ryzen 7 3800X, Ryzen 7 3700X, Ryzen 5 3600X, Ryzen 5 3600, and Ryzen 7 2700X. Key details provided include the processors, motherboards, RAM, storage, GPUs, operating system, and BIOS settings used for each test.
1. AMD EMBEDDED G-SERIES PLATFORM
The world’s first combination of low-power
CPU and advanced GPU integrated into
a single embedded device.
PRODUCT OVERVIEW FEATURES AND BENEFITS
The AMD Embedded G-Series processor is the world’s first A flexible platform that in one package offers many choices
integrated circuit to combine a low-power CPU and a discrete-level for power efficiency, visual experience with high resolution,
GPU into a single embedded Accelerated Processing Unit (APU). and fully connected Internet experience with maximum multi-
This unprecedented level of graphics integration builds a new media capability. Delivering unprecedented high definition
foundation for high performance multi-media content delivery in a visual experience while still maintaining a low power design.
small form factor and power efficient platform for a broad range of > DirectX® 11 support lets you enjoy awesome graphics performance,
embedded designs. Based on a brand new power-optimized core, stunning 3D visual effects and dynamic interactivity
the AMD Embedded G-Series platform delivers new levels of
> Advanced discrete-level GPU with OpenGL 4.0 and OpenCL™
performance in a compact BGA package that is ideal for low
support in an integrated device provides support to build the
power designs in embedded applications such as Digital Signage,
designs of tomorrow, today
x86 Set-Top-Box (xSTB), IP-TV, Thin Client, Information Kiosk,
Point-of-Sale, and Casino Gaming. > Unprecedented graphics performance/watt thru advanced
graphics and hardware acceleration delivering over 3X
LOW POWER, EXCEPTIONAL PERFORMANCE performance per watt of previous generation1.
The AMD G-Series platform is a flexible solution that in the same Enabling Innovative Small Form Factor Designs - Smaller foot
package offers scalable choices for the level of CPU performance, print and low power solution reduces overall system costs.
power efficiency, and visual experience. APU configurations are
> The integration of the APU reduces the foot print of a traditional
available with single or dual x86 cores, at 9W or 18W thermal
three-chip platform to two chips, the APU and its companion
design power (TDP), and two levels of graphics and video
controller hub. This simplifies the design, requiring fewer
performance. Each APU supports single or dual-independent
board layers and a smaller power supply, further driving down
high resolution displays and exceptional multi-media capability
system costs.
with hardware decode support for H.264, VC-1, MPEG2, WMV,
DivX and Adobe Flash. When paired with the A50M I/O controller Reduced Costs over the Product Life Cycle - A single, scalable
hub with support for advanced interfaces such as 6Gb/s SATA, platform design that allows OEMs to reduce development costs,
Generation 2 PCI Express®, and HD Audio, the AMD G-Series optimize solutions and increase product stability.
platform delivers a low power, value oriented solution for applications > A single APU architecture with an array of performance
requiring a better balance of CPU and multimedia performance. options, AMD Embedded G-Series platform lets OEMs utilize
For high-end, full-featured platforms, the A55E I/O controller hub is a single board design to enable solutions that span from
an alternative paring choice with added features of Gigabit Ethernet entry-level to high-end. The commonality of the scalable
MAC, RAID (0/1/5/10) support with FIS-based switching, and PCI platform design across multiple product variants can help
Local bus support. reduce development costs, simplify the supply chain and
reduce operational complexity.
> AMD’s embedded lifecycle, with planned availability of at
least 5 years, helps to ensure a long life for an OEM design.
Note 1: ATI Avivo HD is a technology platform that includes a broad set of capabilities offered by certain AMD Radeon graphics processors. Full enablement of
some ATI Avivo HD capabilities may require complementary products.