Every GPU and Mac in our directory, ranked by how well it runs SenseNova 6.8 Code2Video at 4-bit. Each grade weighs whether the model fits in memory and how fast it runs, so you can see what to buy at a glance.
At 4-bit, SenseNova 6.8 Code2Video needs about 127 GB of VRAM. The ranked list below shows every device that can run it.
49 of 122 devices can run SenseNova 6.8 Code2Video at a usable speed.
See full SenseNova 6.8 Code2Video details, specs, and benchmarksThe top devices for this model at 4-bit, ranked by fit and speed.
| Device | Grade | VRAM |
|---|---|---|
| AMD Instinct MI325XAMD | SS | 126.8 GB |
| AMD Instinct MI355XAMD | SS | 126.8 GB |
| Apple M3 Ultra (32-core CPU, 80-core GPU)Apple | SS | 126.8 GB |
| Apple Mac Studio (M3 Ultra, 2025)Apple | SS | 126.8 GB |
| ASUS ExpertCenter Pro ET900N G3ASUS | SS | 126.8 GB |
| Dell Pro Max with GB300Dell | SS | 126.8 GB |
| GIGABYTE NVIDIA Vera Rubin NVL72 GIGAPOD AI DLC RackGigabyte | SS | 126.8 GB |
| Gigabyte W775-V10-L01Gigabyte | SS | 126.8 GB |
| HP ZGX Fury AI StationHP | SS | 126.8 GB |
| HP ZGX Fury G1n AI StationHP | SS | 126.8 GB |
| Intel GPU D270Intel | SS | 126.8 GB |
| Mac Studio with M5 UltraApple | SS | 126.8 GB |
| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
Gigabyte W775-V10-L01Gigabyte | SS | 126.8 GB | |
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| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
Intel GPU D270Intel | SS | 126.8 GB | |
| SS | 126.8 GB | ||
| SS | 126.8 GB | ||
NVIDIA Rubin GPUNVIDIA | SS | 126.8 GB | |
Rubin R100 UltraNVIDIA | SS | 126.8 GB | |
SuperMicro Super AI StationSuperMicro | SS | 126.8 GB | |
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| AA | 126.8 GB | ||
| AA | 126.8 GB | ||
| AA | 126.8 GB | ||
Google TPU v7 (Ironwood)Google | AA | 126.8 GB | |
NVIDIA B200 GPUNVIDIA | AA | 126.8 GB | |
OneXPlayer Super X ProOneXPlayer | AA | 126.8 GB | |
UniBox AI495 ProCHUWI | AA | 126.8 GB | |
| CC | 126.8 GB | ||
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AI TOP ATOM ATAGB10-9003Gigabyte | CC | 126.8 GB | |

Hardware Compatibility
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Straight answers to the questions we hear most often.
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We size the model at 4-bit (Q4_K_M), add the KV cache for its context length and a fixed runtime overhead, then compare that to each device VRAM. A device is graded on how comfortably the model fits and how fast it should run, based on the card memory bandwidth.
It is an estimate of decode speed in tokens per second at 4-bit, derived from the device memory bandwidth and the model size. Real speed varies with the runtime, batch size, and context length, so treat it as a ballpark for comparing devices, not a guarantee.
4-bit (Q4_K_M) is what most people actually run locally. It roughly quarters the memory a model needs versus 16-bit, with a small quality trade-off, so far more hardware can run the model. Each model page has a full quantization breakdown if you want other levels.
Higher-quality quants like Q5, Q6, or Q8 need more VRAM, so a device that is a tight fit at 4-bit may not fit at all. The model detail page shows the VRAM required at every quantization level so you can plan for the exact one you want.