Explore the complete details of Quadro K620, including specs, performance benchmarks
The Quadro K620 GPU by NVIDIA. features a Maxwell (2014−2017) architecture. with 384 CUDA cores. and a boost clock of 1124 MHz MHz. It offers 128 Bit memory with 2 GB GB capacity and a 128 Bit-bit interface. delivering a bandwidth of Up to 29 GB/s GB/s. With a power consumption (TDP) of 41W.
Basic details about the Quadro K620, including manufacturer, ranking, and release date.
Title | Quadro K620 |
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Manufacturer | NVIDIA |
Ranking | 636 |
Popularity Rank | not in top-100 |
Architecture | Maxwell (2014−2017) |
GPU code name | GM107 |
Market Segmente | Workstation |
Length - Width | 160 mm - 1" (2.5 cm) |
Release Date | 22 July 2014 |
Launch Price | $N/A |
Details on clock speeds, cores, and floating-point processing power of Quadro K620.
Core Clock Speed | 1058 MHz |
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Boost Clock Speed | 1124 MHz |
Floating Point Processing Power | 0.8632 TFLOPS |
No of Transistors | 1,870 million |
CUDA Cores | 384 |
Ray Tracing Cores | N/A |
Tensor Cores | N/A |
Texture Fill Rate | 26.98 |
ROPs | 16 |
Available display connectors and API compatibility for enhanced performance.
Interface | PCIe 2.0 x16 |
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Display Connectors | 1x DVI, 1x DisplayPort |
HDMI | N/A |
DirectX | N/A |
Shader Model | N/A |
OpenGL | N/A |
OpenCL | N/A |
Vulkan | N/A |
CUDA | N/A |
DLSS | N/A |
TMUs | 24 |
Information on memory type, capacity, and bandwidth to evaluate data processing power.
Memory Type | 128 Bit |
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Maximum RAM | 2 GB |
Memory Bus Width | 128 Bit |
Memory Clock Speed | 900 MHz |
Memory Bandwidth | Up to 29 GB/s GB/s |
Resizable BAR | N/A |
Power consumption, efficiency, and additional power requirements.
Power Consumption (TDP) | 41 W |
---|---|
Power Efficiency | 8.80 |
Manufacturing Process | 28 nm |
Supplementary Power Connectors | None |
Here are some of the closest competitors to this GPU. Compare their power consumption, efficiency, and additional power requirements.
Here are some of the closest competitors to this GPU. Compare their power consumption, efficiency, and additional power requirements.