Saturday, July 20, 2024

Mastering 3D Rendering with AMD Radeon Pro

The AMD Radeon PRO W7600 workstation graphics card outperforms the previous generation by 2X in terms of TFLOPS performance1 and 1.5X in terms of maximum total data rate for displays2.

AMD today announced two new workstation graphics cards to its AMD RadeonTM PRO W7000 Series product line: the AMD RadeonTM PRO W7600 and AMD RadeonTM PRO W7500. The new graphics cards are intended to handle common workloads in a variety of professional areas, including Media & Entertainment, Design & Manufacturing, and Architecture, Engineering & Construction.

AMD Radeon PRO W7600 and Radeon PRO W7500 graphics cards improve efficiency and performance in common professional tasks. The new graphics cards are built on the ground-breaking AMD RDNATM 3 architecture and are tuned for price/performance leadership, as well as remarkable stability and dependability. Both cards have 8GB of high-speed GDDR6 memory, which allows them to easily support data-intensive applications while also enabling ray-traced renderings with stunning detail and realism. Building on the previously released AMD RadeonTM PRO W7900 and AMD RadeonTM PRO W7800 graphics cards, creators and professional users now have a wider

The aim of AMD is to provide more options for professional users, and these graphics cards do just that,” said Scott Herkelman, senior vice president and general manager of AMD’s Graphics Business Unit. “The AMD Radeon PRO W7600 and Radeon PRO W7500 graphics cards deliver exceptional performance for a wide range of professional applications, including CAD, BIM, and others, while providing incredible levels of visual fidelity and setting a new performance standard for mid-range professional graphics.”

Working across multiple displays in SOLIDWORKS® while also prepping for 3D printing is flawless,” remarked Dr. Adi Pandzic, PhD, mechanical engineer. “The new 7000 series Radeon PRO cards enable me to easily multitask across all of my key apps.”

“Outside of heavy animation rendering, typical day-to-day production doesn’t necessarily require crazy amounts of graphics memory,” stated Rob Terry, senior designer/manager & 3D visualization specialist at Stantec Architecture. “These new mid-range GPUs give our BIM design team even more options.”

AMD Radeon PRO W7000 Series workstation graphics cards are designed to assist professionals meet high-pressure deadlines while providing world-class outcomes under increasingly restrictive budgets. Key characteristics include:

• AMD RDNA 3 Architecture – Redesigned compute units with unified raytracing and AI accelerators, second-generation AMD Infinity CacheTM technology, and second-generation raytracing technology are all included. It also provides AEC, D&M, and M&E process enhancements for 3D modeling, animation, rendering, video editing, and general multitasking.

• Dedicated AI Acceleration – New AI instructions and enhanced AI throughput give nearly two times the speed of the prior AMD RDNA 2 architecture3.

• 8GB of storage GDDR6 Memory – Allows professionals and artists to easily manage data-intensive work while also enabling outstanding ray-traced renderings with incredible details and realism.

• AMD Radiance Display Engine with DisplayPortTM 2.1 compatibility – Display outputs offer next-generation displays and multi-monitor setup choices, creating an ultra-immersive visual environment, with 12-bit HDR color compatibility and over 68 billion colors.

• AV1 Encode/Decode – With full AV1 encode/decode capability built for high resolutions, wide color gamut, and high-dynamic range upgrades, dual encode/decode media engines provide new multimedia experiences.4.

• Improved Driver Performance and Professional Application Certification – AMD Software: PRO Edition, which delivers a modern and intuitive user interface, supports all AMD Radeon PRO workstation GPUs. AMD continues to collaborate with leading professional software application vendors to develop a comprehensive certification program, ensuring AMD Radeon PRO graphics cards are built for demanding 24/7 environments and tested to meet exceptional standards, delivering the ideal balance of performance and stability. The list of certified applications is available here.

Product Specifications

Models
compute units &
ray accelarators
AI
accelators
TFLOPS
(Peak Single Precesion)
GDDR6 memoryMemory
I
nterface
Display
Outputs
Total Board power
AMD Radeon PRO W7600 326420 (FP32)8 GB128-bit4x DisplayPort™ 2.1130W
(6-pin connector)
AMD Radeon PRO W7500 285620 (FP32)8 GB128-bit4x DisplayPort™ 2.170W (PCIe bus)

The cost and Inventory

The new AMD Radeon PRO W7000 Series workstation graphics cards are now available from major etailers/retailers. The product will be available in OEM workstations and SI systems later this year. The SEP for the AMD Radeon PRO W7600 graphics card is $599 USD, while the SEP for the AMD Radeon PRO W7500 graphics card is $429 USD.

The AMD Radeon PRO W7000 Series workstation graphics cards will be on display at SIGGRAPH 2023, Los Angeles Convention Center, from August 8 to 10, in booth #537 (West Hall).

The material included below is provided solely for educational purposes and is subject to change without notice. The timelines, roadmaps, and/or product release dates depicted in this Press Release are simply estimates and are subject to change.

1 RPW-433: The AMD RadeonTM PRO W7600 graphics card has 20 TFLOPs (FP32) compared to the AMD RadeonTM PRO W6600’s 10 TFLOPs (FP32). RPW-433

2 RPW-434: The AMD RadeonTM PRO W7600 graphics card supports DisplayPortTM 2.1 with up to 9.675 Gbit/s per lane, which is 1.5x more bandwidth than the AMD RadeonTM PRO W6600, which offers DisplayPort 1.4a with up to 8.1 Gbit/s per lane. RPW-434

3 RPW-429: “up to 2.7x AI acceleration” According to AMD confidential studies from November 2022, the Radeon PRO W7900 at 2.5GHz boost clock with 96 CUs issuing 2X the Bfloat16 math operations per clock vs. the W6800 GPU at 2.25GHz boost speed with 80 Cus issuing 1X the Bfloat16 math operations per clock.

4 GD-176: Video codec acceleration (including at least the HEVC (H.265), H.264, VP9, and AV1 codecs) is susceptible to and inoperable in the absence of compatible media players. GD-176

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