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§ Hailo alternative

An open-standard alternative to Hailo.

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 that any vendor can build to.

Where Hailo is strong

Where E1M fits better

Open standard vs single vendor

The table below compares the platform model, not a device benchmark. The columns that matter for a product you'll ship for years are the ones about lock-in: an open published standard that other vendors can build second sources to, one SDK, and a written supply commitment.

CapabilityAlp E1MNVIDIA JetsonGoogle CoralHailoRockchip RK3588
Open, published standardYes — CC BY-SA 4.0NoNoNoNo
Cross-vendor second sourceOpen to any vendor — today one vendor per footprintNoNoNoNo
Pin-compatible carrier across siliconWithin each footprint (e.g. V2N ↔ V2H)Within familyNoNoBoard-specific
One SDK across multiple silicon vendorsYes — Alp SDKNVIDIA onlyCoral onlyHailo onlyRockchip only
Heterogeneous (Linux + RTOS) on one moduleYesLimitedNoAccelerator onlyLimited
Designed + supplied in the EUYes — SwedenNoNoNoNo
10-year supply commitmentYes — in writingRoadmap-dependentRoadmap-dependentRoadmap-dependentRoadmap-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.

Dig deeper:why open beats locked-in, theE1M standard, theAlp SDK, or browse theE1M modules.

Frequently asked questions

How does E1M differ from a Hailo accelerator?
A Hailo device is an AI accelerator you add to a host system. E1M is a complete open-standard System-on-Module — application CPU, real-time cores, peripherals, and an NPU — that drops onto your carrier board. E1M can host high-performance NPU silicon while keeping the module footprint and SDK vendor-neutral.

See why teams pick an open standard over Hailo.