§ Compare
Edge AI platforms, compared on what locks you in.
Most comparisons stop at TOPS, watts, and price. The decisions that hurt years later are about lock-in: can you second-source, keep one SDK, and still get parts in year eight? Here's how E1M compares.
| Capability | Alp E1M | NVIDIA Jetson | Google Coral | Hailo | Rockchip RK3588 |
|---|---|---|---|---|---|
| Open, published standard | Yes — CC BY-SA 4.0 | No | No | No | No |
| Cross-vendor second source | Yes | No | No | No | No |
| Pin-compatible carrier across silicon | Yes | Within family | No | No | Board-specific |
| One SDK across multiple silicon vendors | Yes — Alp SDK | NVIDIA only | Coral only | Hailo only | Rockchip only |
| Heterogeneous (Linux + RTOS) on one module | Yes | Limited | No | Accelerator only | Limited |
| Designed + supplied in the EU | Yes — Sweden | No | No | No | No |
| 10-year supply commitment | Yes — in writing | Roadmap-dependent | Roadmap-dependent | Roadmap-dependent | Roadmap-dependent |
Comparison of platform model (open standard vs single-vendor), not a device-level benchmark. Incumbents are strong products; the axis here is lock-in vs openness.
Compare E1M to a specific platform
NVIDIA Jetson alternative
Jetson is a capable platform — but it ties your product to one vendor, one SDK stack, and one supply roadmap. E1M keeps the performance options open and the lock-in out.
Read the comparison →
Google Coral alternative
Coral’s Edge TPU is efficient for the models it supports — but it constrains you to one accelerator, one toolchain, and one vendor. E1M opens up the silicon and the software.
Read the comparison →
Hailo alternative
Hailo’s accelerators deliver strong performance per watt — but they’re a single-vendor accelerator with a single-vendor compiler. E1M is an open module standard you can re-source.
Read the comparison →
Alif vs NXP vs Renesas vs DeepX
The silicon E1M hosts, compared — and why one SDK across all of them beats picking once.
Read the comparison →
The short version
Jetson, Coral, Hailo, and Rockchip are all single-vendor platforms: a proprietary footprint, a vendor-specific SDK, and a roadmap you don't control.E1M is an open standard — pin-compatible across silicon vendors, oneSDK for all of them, and a written 10-year supply commitment. You keep the performance options open and the lock-in out.