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DeepSeek V4 1.6T GPU requirements

What it takes to run DeepSeek V4 1.6T (MoE) locally: memory by quantization, the smallest GPU that fits, and the managed alternative.

FP163525 GB needed at 8K contextMulti-GPU
8-bit1763 GB needed at 8K contextMulti-GPU
4-bit969 GB needed at 8K contextMulti-GPU
971 GBmemory needed · DeepSeek V4 1.6T at 4-bit, 16K context

No single GPU fits this configuration. Shard across devices, quantize harder, or run it managed.

RTX 4090 (24 GB)41x needed
RTX 5090 (32 GB)31x needed
L40S (48 GB)21x needed
A100 (80 GB)13x needed
H100 (80 GB)13x needed
H200 (141 GB)7x needed
B200 (192 GB)6x needed
Mac M4 Max (128 GB unified)8x needed
Mac M3 Ultra (512 GB unified)2x needed

Or skip the hardware: run DeepSeek V4 1.6T on Allocate, token-metered.

How it works

1
Check the table
DeepSeek V4 1.6T at 8K context across FP16, 8-bit, and 4-bit, with the smallest single device that fits each.
2
Tune the calculator
Longer context grows the KV cache. The slider shows exactly how much memory that adds.
3
Decide how to run it
MoE weights must fit in memory in full, so serving this locally means a multi-GPU fleet, not one card.

Common questions

How much VRAM does DeepSeek V4 1.6T need?

At 8K context: roughly 3525 GB at FP16, 1763 GB at 8-bit, and 969 GB at 4-bit, including KV cache and runtime overhead. Longer context adds memory linearly.

Can a single GPU run DeepSeek V4 1.6T?

Not at practical quantizations: even 4-bit needs about 969 GB, beyond any single device here. Sharding across a fleet or managed serving are the options.

Why does DeepSeek V4 1.6T need so much memory as a MoE model?

Only some experts activate per token, which sets speed, but all 1.6 trillion parameters must sit in memory. MoE trades memory for throughput.

What license is DeepSeek V4 1.6T under?

MIT. Permissive: run it, fine-tune it, and own the result.

Is there an alternative to buying GPUs for DeepSeek V4 1.6T?

Yes: managed inference. Allocate serves DeepSeek V4 1.6T token-metered inside your own boundary, and if you fine-tune it on your data, the weights belong to you. Idle time costs nothing.

More free tools

Allocate serves DeepSeek V4 1.6T token-metered inside your own boundary. No hardware to buy, and if you fine-tune it on your data, the weights are yours.