Measure
- NOV–DECTier 0 · Open energy ledger
- DEC–JANTier 1 · Reference and baselines
- JAN–MARTier 2 · One layer on FPGA
One audited energy-per-token result the field can reproduce.
A NEW COMPUTER FOR ALWAYS-ON INTELLIGENCE
One model per device, always on, inside a fixed power budget: no cloud, no fan, no meter shock. Babylon is the architecture layer where new models meet new physics.
NVIDIA's DGX Spark puts a petaflop of FP4 on a desk. For one user it decodes Llama 3.1 8B at 20.5 tokens a second, because every token streams the model's weights from memory.
more output once 32 streams share each pass over the weights. Batching hides the wall in a datacenter. A device serving one user can't batch its way out.
| THE AMDAHL TABLE | CEILING FROM STATE ON CHIP |
|---|---|
| One state-update kernel | 13–24× |
| Whole model, one stream | 1.05× |
| Whole model, 16 streams | 1.8× |
A kernel can show 13–24× while the whole model moves 1.05×. We publish the whole model.
Their answer is more batch and more capacity.
Ours is fewer bytes per token.
None of them headlines joules per token or idle watts. Reviewers measured a DGX Spark at 25–45 W sitting idle. For a device that is always on, those are the numbers that decide the product.
Crowd-scale serving in the datacenter (Groq, Cerebras), or one model frozen into silicon (Taalas, Lamb Labs). Our architecture stays programmable across the model family.
SOURCES · NVIDIA, DELL, LMSYS, TOM'S HARDWARE, SERVETHEHOME
In the past year the models, the buyers and the price of memory all moved. Each one points at the same product.
Qwen3.5, Nemotron 3 and Kimi Linear ship recurrent layers next to attention, and those layers keep a fixed-size state instead of a growing KV cache. That is the model class our hardware is native to, so our model bet and our hardware bet are the same bet.
NVIDIA and Dell now sell AI computers for the desk. Running AI off the cloud is proven demand. The always-on device inside a product is still unserved.
DRAM contract prices nearly doubled in the first quarter of 2026 alone, and NVIDIA raised the DGX Spark's price by $700, citing memory supply. Every byte a token moves now costs energy and bill of materials.
SOURCES · QWEN, NVIDIA, MOONSHOT AI, TRENDFORCE
One audited energy-per-token result the field can reproduce.
Move fewer bytes per token, and keep state resident across many always-on streams. First eval kits and paid pilots.
≥10× vs datacenter GPUs and 2–3× vs Jetson, measured. One paid pilot, two letters of intent.
Memory and compute as one physical device, built with research labs. It opens workloads no NPU can run.
One lab partnership signed. A taped-out cell characterized.
Scope · board and baseline · model and checkpoint · precision · batch and context · quality against the reference · energy at the wall · latency · idle power and wake time
A compute module and runtime that give a device maker an always-on language model inside their power budget, for machines, robots and appliances that run unattended for years.
€20–50k NRE: we port your workload, then deliver a measured report and a working prototype.
FIRST · 2027An eval kit on AMD's K26 production SOM. Measure joules per token on your own bench.
2027A compute module on a Kria-class SOM, designed into your product as a socket.
NEXTThe architecture as silicon or licensed IP.
LATERAn OpenAI-compatible local endpoint, Hugging Face and GGUF checkpoints, LoRA as weight downloads. The app developer never sees an FPGA.
Silicon supply is AMD's. The K26 production SOM carries ten-year availability, so we ship architecture and runtime, not a factory.
The architecture is held in escrow, so your design-in is protected for the life of your product.
Babylon is an early-stage computer architecture company building always-on inference for recurrent and hybrid AI models. We come from systems software: model representation, compilers, runtimes and benchmarking, the layer where architecture meets the model. We ship architecture and runtime, and partner for silicon and new materials.