GPU MODELS / ALTERNATIVES TO L4
Alternatives to the L4
The L4 is the modern successor to the T4: a 72 W single-slot card with roughly double its predecessor's throughput, FP8 support, and Ada's AV1 video engines. It is the default low-cost serving chip on every major cloud, and the right answer for small-model inference and video pipelines at scale.
People usually compare the L4 against T4, L40S. Prices below are live on-demand published rates from the panel.
LOADING LIVE DATA...
| Alternative | Memory | Bandwidth | Cheapest live rate | Head to head |
|---|---|---|---|---|
| T4 | 16 GB GDDR6 | 320 GB/s | - | L4 vs T4 |
| L40S | 48 GB GDDR6 ECC | 864 GB/s | - | L4 vs L40S |
WHEN EACH ALTERNATIVE WINS
T4
The L4 roughly doubles FP16 and INT8 throughput at the same 72 W and adds AV1. Unless the T4 is dramatically cheaper on the panel, take the L4.
L40S
Triple the compute and double the memory at 5x the power and price. L4 for scale-out small models, L40S for bigger single models.
L4 ALTERNATIVES - FAQ
What is the best alternative to the L4?
It depends on the workload. T4: The T4 is NVIDIA's low-power inference workhorse: a 70-watt single-slot card that became the default cost floor for model serving. L40S: The L40S is the workhorse of the inference-and-fine-tuning middle: Ada tensor cores with FP8, 48 GB of memory, and a price well below the H100 line. Live rates for each are in the table above.
Why look for L4 alternatives?
Models beyond ~13B - 24 GB and 300 GB/s are the ceiling.
How much does the L4 cost compared to its alternatives?
Each alternative's current cheapest published rate is listed in the table above; figures recompute hourly from provider-published prices.