NEOUSYS
Nuvo-8208GC
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Nuvo-8208GC is the world's first dual GPU edge AI computing platform with industrial-grade design and in-vehicle features. Designed specifically to support two highend 250W NVIDIA® graphics cards, it offers tremendous GPU power up to 28 TFLOPS in FP32 for emerging GPU-accelerated edge AI computing, such as autonomous driving, vision inspection and surveillance/ security.
Nuvo-8208GC is powered by Intel® Xeon® E or 8th-Gen Core™ 6-core/ 12-thread CPUs coupled with workstation-grade Intel® C246 chipset to support up to 128 GB ECC or non-ECC DDR4 memory. The system incorporates two hot-swappable 2.5" trays for easy HDD/ SSD replacement and an M.2 2280 NVMe socket for the ultimate disk performance. Its front-accessible GbE and USB 3.1 Gen1/ Gen2 ports feature screw-lock mechanisms for securing cable connections. In addition to the dual x16 PCIe slots for GPU installation, Nuvo-8208GC has two other x8 PCIe slots and one x4 PCIe slot for expansion cards to extend function sets like data collection, analytics and communication.
Nuvo-8208GC has a brand new power delivery design to accept 8~35V wide-range DC input and to handle heavy power requirements from dual 250W GPUs. Along with built-in ignition control, it's feasible to deploy it on a vehicle and directly power it via the car's power system. Mechanical wise, Nuvo-8208GC incorporates Neousys' patented heat dissipation design*, damping brackets* and patent-pending GPU press bar, making it steady and rock-solid in various conditions.
The Nuvo-8208GC is Neousys' response to the never-ending demand of TFLOPS in industrial GPU platforms. With industrial-grade power, thermal and mechanical design, it pushes versatile edge AI inference applications from laboratories to field applications, where reliability matters.
- Intel® Xeon® E / 8th Gen. Core™ processors
- GPU support: two up to 250W cards
- 5 PCI Express slotts in total
- Up to 128GB ECC/non-ECC RAM
Selected variant
Specifications
| AMT | 12.0 |
|---|---|
| Chipset | Intel® C246 platform controller hub |
| Depth | 360 mm |
| GPU | Yes |
| GPU | Intel® UHD Graphics 630 |
| Height | 186 mm |
| Memory RAM | 128 GB |
| Processor | Intel® Core™ i7-8700 |
| Remote Control | No |
| Supply Voltage DC Max | 35 V DC |
| Supply Voltage DC Min | 8 V DC |
|---|---|
| Temperature range bearing, from | -40 °C |
| Temperature range bearing, to | 85 °C |
| Temperature range from | -25 °C |
| Temperature range to | 60 °C |
| TPM | TPM 2.0 |
| Weight | 8,6 kg |
| Width | 235 mm |
Product description
Nuvo-8208GC is the world's first dual GPU edge AI computing platform with industrial-grade design and in-vehicle features. Designed specifically to support two highend 250W NVIDIA® graphics cards, it offers tremendous GPU power up to 28 TFLOPS in FP32 for emerging GPU-accelerated edge AI computing, such as autonomous driving, vision inspection and surveillance/ security.
Nuvo-8208GC is powered by Intel® Xeon® E or 8th-Gen Core™ 6-core/ 12-thread CPUs coupled with workstation-grade Intel® C246 chipset to support up to 128 GB ECC or non-ECC DDR4 memory. The system incorporates two hot-swappable 2.5" trays for easy HDD/ SSD replacement and an M.2 2280 NVMe socket for the ultimate disk performance. Its front-accessible GbE and USB 3.1 Gen1/ Gen2 ports feature screw-lock mechanisms for securing cable connections. In addition to the dual x16 PCIe slots for GPU installation, Nuvo-8208GC has two other x8 PCIe slots and one x4 PCIe slot for expansion cards to extend function sets like data collection, analytics and communication.
Nuvo-8208GC has a brand new power delivery design to accept 8~35V wide-range DC input and to handle heavy power requirements from dual 250W GPUs. Along with built-in ignition control, it's feasible to deploy it on a vehicle and directly power it via the car's power system. Mechanical wise, Nuvo-8208GC incorporates Neousys' patented heat dissipation design*, damping brackets* and patent-pending GPU press bar, making it steady and rock-solid in various conditions.
The Nuvo-8208GC is Neousys' response to the never-ending demand of TFLOPS in industrial GPU platforms. With industrial-grade power, thermal and mechanical design, it pushes versatile edge AI inference applications from laboratories to field applications, where reliability matters.
