NVIDIA · Ada Lovelace

Rent RTX 4000 Ada

NVIDIA RTX 4000 Ada Generation, 20 GB.Renderinginference small

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Offers (1)

kyberioVerified PartnerNo stock dataPrice not verifiedOn requestMinimum 12 months

1× RTX 4000 Ada20 GB VRAM

Germany · 12 vCPU · 64 GB RAM · 2× 1.92 TB NVMe

Details

Stock and price checked 16 min ago.

You have to contact their sales team.

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Full price

€0.75

per hour, whole instance, 1 GPU

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Price and availability history

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Full price. Offers we can't say are really sold there are left out until they've been in stock once.

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No provider reports a number for this GPU.

Not enough history in this range yet. We record every 10 minutes since 9 November 2026.

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In stock, yes or no, for every provider selling this GPU. A filled band means in stock: green at full price, orange as spot.

Not enough history in this range yet. We record every 10 minutes since 9 November 2026.

Using several together

Can't be linked. This GPU has no NVLink, so several in one server only talk over PCIe at up to 64 GB/s. Each card keeps its own 20 GB. That suits running a separate job on each card. Splitting one model across them works, but slowly.

Specifications

Single-slot; no NVLink. memoryDataRateGbps is derived (360 GB/s x 8 / 160 bits). pcieBandwidthGBs is PCIe 4.0 x16, 64 GB/s per NVIDIA. fp8Tflops is the datasheet's 327.6 Tensor TFLOPS, footnoted as effective FP8 using sparsity; NVIDIA's product page instead lists 427.6 Tensor TFLOPS without naming the precision. The product-page figure matches scaling from the RTX 4000 SFF Ada datasheet (306.8 x 26.7 / 19.2 = 426.6), so the datasheet value may be a misprint. FP16, BF16 and INT8 stay null because no source states them for this card. fp64Tflops stays null because NVIDIA states the 1/64th FP64 ratio only for AD102, and this card uses AD104. transistorsBillion and dieSizeMm2 are NVIDIA's AD104 figures; the AD104 attribution comes from Architosh, as NVIDIA's RTX 4000 documents do not name the die. vGpuSupport stays null: NVIDIA's vGPU supported-GPU list omits this card but no source states it is unsupported.

Memory

VRAM: 20 GB
Memory type: GDDR6
Memory bandwidth How fast the GPU reaches its memory. Often limits LLM speed: 360 GB/s
Bus width: 160 bit
ECC memory Detects and corrects memory errors: Yes

Compute

FP32 Speed at 32-bit precision: 26.7 TFLOPS
FP8 8-bit AI format. About half the memory of BF16, slightly lower quality: 327.6 TFLOPS
FP8 support: Yes
FP4 support: No
Transformer Engine Hardware that speeds up FP8 and FP4: Yes
Compute cores: 6,144

Multi-GPU and connectivity

NVSwitch Lets every GPU in a server talk to every other at full speed: No
PCIe generation: 4
PCIe lanes: 16
PCIe bandwidth: 64 GB/s

Sharing and security

MIG partitioning Splits one GPU into several isolated smaller GPUs: No
Max MIG instances: 0
Confidential computing: No

Hardware

Architecture: Ada Lovelace
Launch year: 2023
Process node: TSMC 4N
Transistors: 35.8 billion
Die size: 294.5 mm²
Power (TDP) Maximum power draw: 130 W
Cooling: active

Video

NVENC engines: 2
NVDEC engines: 2
AV1 encode: Yes
AV1 decode: Yes

Sources (49)