How it works

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How it works

Company

Docs

How it works

Company

Docs

Hardware abstraction for embedded devices

Connecting hardware and software

Connecting
hardware and software

Fast software integration of chips that gives you full vendor and platform flexibility. Accelerate your time-to-market and remove supply chain dependencies.

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Try MCU configurator

From fragmented chip documentation to fast, predictable, and reliable hardware–software integration

STEP 1

AI data processing

We gather all available chip documentation - technical manuals, datasheets, erratas, SVDs - and transform it into stable, structured data models. This is achieved through a combination of domain-trained AI and deterministic methods, ensuring accuracy and consistency at scale.

Tech Manuals

GMAC supports 10/100/1000/2500 Mbps applications in compliance with IEEE802.3-2015 specifications. GMAC has the supporting capability of advanced applications such as

PDF

Tech Manuals

GMAC supports 10/100/1000/2500 Mbps applications in compliance with IEEE802.3-2015 specifications. GMAC has the supporting capability of advanced applications such as

PDF

Tech Manuals

GMAC supports 10/100/1000/2500 Mbps applications in compliance with IEEE802.3-2015 specifications. GMAC has the supporting capability of advanced applications such as

PDF

Tech Manuals

GMAC supports 10/100/1000/2500 Mbps applications in compliance with IEEE802.3-2015 specifications. GMAC has the supporting capability of advanced applications such as

PDF

Datasheets

The SRE[2:0]=101 is required drive setting to meet the timing. Data transitions measured at 35%/65% supply for the write path. Data transitions measured at mid-supply for the read path.

PDF

Datasheets

The SRE[2:0]=101 is required drive setting to meet the timing. Data transitions measured at 35%/65% supply for the write path. Data transitions measured at mid-supply for the read path.

PDF

Datasheets

The SRE[2:0]=101 is required drive setting to meet the timing. Data transitions measured at 35%/65% supply for the write path. Data transitions measured at mid-supply for the read path.

PDF

Datasheets

The SRE[2:0]=101 is required drive setting to meet the timing. Data transitions measured at 35%/65% supply for the write path. Data transitions measured at mid-supply for the read path.

PDF

SVD

<groupName>PMUEVENTOBSERVER</groupName> <baseAddress>0</baseAddress> <addressBlock> <offset>0</offset> <size>0xF8</size>

CODE

SVD

<groupName>PMUEVENTOBSERVER</groupName> <baseAddress>0</baseAddress> <addressBlock> <offset>0</offset> <size>0xF8</size>

CODE

SVD

<groupName>PMUEVENTOBSERVER</groupName> <baseAddress>0</baseAddress> <addressBlock> <offset>0</offset> <size>0xF8</size>

CODE

SVD

<groupName>PMUEVENTOBSERVER</groupName> <baseAddress>0</baseAddress> <addressBlock> <offset>0</offset> <size>0xF8</size>

CODE

Erratas

SW must write these registers in order to clear/change their values. If LBIST is run on this domain, SW must make sure to re-program these registers prior to starting transactions through the NOC

PDF

Erratas

SW must write these registers in order to clear/change their values. If LBIST is run on this domain, SW must make sure to re-program these registers prior to starting transactions through the NOC

PDF

Erratas

SW must write these registers in order to clear/change their values. If LBIST is run on this domain, SW must make sure to re-program these registers prior to starting transactions through the NOC

PDF

Erratas

SW must write these registers in order to clear/change their values. If LBIST is run on this domain, SW must make sure to re-program these registers prior to starting transactions through the NOC

PDF

STEP 2

Embedd Data Hub

All processed information flows into the Embedd Data Hub - a single source of truth where fragmented documentation becomes organised, indexed, and machine-readable. The Hub provides the foundation for efficient hardware-software integration.

STEP 2

Embedd Data Hub

STEP 3

Consumer-level UI for data configuration

We turn raw specifications into an intuitive interface. Developers can easily configure MCU, generate drivers and device configurations through visual flows tailored to project requirements. This makes complex setups accessible and reduces errors.

STEP 3

Consumer-level UI for data configuration

STEP 4

Deterministic code generation

When it comes to code, reliability is critical. That’s why we built a deterministic generation engine instead of AI - ensuring functional safety and enterprise-grade stability. The result is high-quality, production-ready code and documentation for your specific target environment.

Code Generation Engine

Code

Docs

Tests

Code Generation Engine

Code

Docs

Tests

Linux

Zephyr

Autosar

And more

Configure, generate and port your basic software

MCU Configuration

MCU Drivers

Peripheral Drivers

Vendor-agnostic solution for MCU configuration and device-tree generation. Accelerate product configuration by selecting from a wide range of supported MCUs or by uploading your own dts file.

MCU Configuration

MCU Drivers

Peripheral Drivers

Vendor-agnostic solution for MCU configuration and device-tree generation. Accelerate product configuration by selecting from a wide range of supported MCUs or by uploading your own dts file.

MCU Configuration

MCU Drivers

Peripheral Drivers

Vendor-agnostic solution for MCU configuration and device-tree generation. Accelerate product configuration by selecting from a wide range of supported MCUs or by uploading your own dts file.

MCU Configuration

MCU Drivers

Peripheral Drivers

Vendor-agnostic solution for MCU configuration and device-tree generation. Accelerate product configuration by selecting from a wide range of supported MCUs or by uploading your own dts file.