Matrox LUMA A310 vs PNY NVIDIA RTX 6000 Ada Generation. Specifications, performance, tests

This section provides a detailed comparison of the fundamental technical specifications of the graphics cards Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It includes key information such as the GPU chip architecture, the number of processing units, and other core features that directly impact the overall performance of the cards in various applications, including gaming and professional workloads.

• Based on
  Intel Arc A310 Graphics NVIDIA RTX A6000 ADA
• GPU Chip
  ACM-G11 (Alchemist) AD102 (Ada Lovelace)
• Streaming Multiprocessors
  96 142
• Shader
  768 18176
• Render Output Units
  16 192
• Texture Units
  32 568
• Raytracing Cores
  6 142

This section provides a comparison of the memory configurations of Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It includes details such as the memory size, type (e.g., GDDR6, HBM2), and bandwidth, which are key factors that determine how efficiently the card handles large textures, data sets, and high-resolution tasks.Larger memory sizes are typically beneficial for demanding applications like 4K gaming and video editing.

• Memory Size
  4 GB 48 GB
• Memory Type
  GDDR6 GDDR6
• Memory Clock
  1.938 GHz 2.500 GHz
• Memory Speed
  15.5 Gbps 20 Gbps
• Memory bandwidth
  124 GB/s 960 GB/s
• Memory Interface
  64 bit 384 bit

This section focuses on comparing the clock speeds of Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It includes both the base and boost clock speeds, which directly influence the performance of the GPU during intensive tasks. Faster clock speeds typically translate to higher frame rates in games and quicker processing in compute-heavy applications.

• Base Clock
  2.000 GHz 2.175 GHz
• Boost Clock
  2.000 GHz 2.535 GHz
• Avg (Game) Clock
  -- --
• Overclocking
  Yes Yes

This section examines the thermal design of Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It includes details such as power consumption (in watts) and thermal output during regular operation and overclocking. Efficient thermal management is essential for maintaining stable performance during long gaming sessions or other demanding tasks.

• TDP
  30 W-60 % 300 W (Reference)
• TDP (up)
  -- --
• Tjunction max
  -- --
• PCIe-Power
  -- 1 x 16-Pin

This section compares the cooling systems of Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It includes details about the types of coolers (e.g., blower or open-air) and the number and size of fans, which play a crucial role in maintaining optimal temperatures during operation.Effective cooling is essential for preventing thermal throttling and extending the longevity of the GPU.

• Fan-Type
  -- Radial
• Fan 1
  -- 1 x 70 mm
• Fan 2
  -- --
• Cooler-Type
  Passive Air cooling
• Noise (Idle)
  0 dB / Silent 0 dB / Silent
• Noise (Load)
  -- --

This section compares the connectivity options available on Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. These include the number and type of ports like HDMI, DisplayPort, and others that are essential for connecting displays and external devices.This information helps determine which card offers more versatile or modern connectivity options.

• Max. Displays
  4 4
• HDCP-Version
  2.3 2.3
• HDMI Ports
  -- --
• DP Ports
  4x DP v2.1 4x DP v1.4a
• DVI Ports
  -- --
• VGA Ports
  -- --
• USB-C Ports
  -- --

This section compares the technical specifications of Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It highlights key features such as API support for DirectX, OpenGL, and Vulkan, which are crucial for running modern games and applications efficiently.These specifications ensure compatibility and optimal performance across a wide range of software environments.

• Max. resolution
  7680x4320 7680x4320
• DirectX
  12_2 (Ultimate) 12_2 (Ultimate)
• Raytracing
  Yes Yes
• DLSS / FSR
  No Yes
• LED
  No LED lighting No LED lighting

This section compares the support for video codecs on Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It highlights the built-in capabilities for compressing and decompressing video formats such as H.264, H.265 (HEVC), and VP9, which are important for tasks like video editing and streaming.

• h264
  Decode / Encode Decode / Encode
• h265 / HEVC
  Decode / Encode Decode / Encode
• VP8
  No Decode
• VP9
  Decode / Encode Decode
• AV1
  Decode / Encode Decode / Encode

This section compares the physical dimensions of Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It includes the size, weight, and slot requirements, which are important considerations for ensuring compatibility with your PC case, especially in smaller or more compact builds.

• Length
  168 mm 267 mm
• Height
  69 mm 112 mm
• Width
  -- --
• Width (Slots)
  1 PCIe-Slots 2 PCIe-Slots
• Weight
  -- --

This section provides additional information about Matrox LUMA A310 and PNY NVIDIA RTX 6000 Ada Generation. It covers aspects such as release dates, interface compatibility, and other unique features that might not be covered in other sections.This helps users make a more informed decision about the suitability of each card for their specific use case.

• GPU Interface
  PCIe 4.0 x 8 PCIe 4.0 x 16
• Release date
  Q2/2023 Q4/2022
• Launch Price
  -- 7,349 $
• Structure size
  6 nm 4 nm
• Part-no
  LUMA-A310 VCNRTX6000ADA-PB
• Documents
  data sheet data sheet