About Embedinn
EmbedINN is established as a Technology Provider in the field of Embedded Systems Development, Hardware System Design, and Firmware Development. The main focus is on the Computing and Processing Systems, Inter connectivity and Peripheral Systems, GNSS Receiver, IoT and other Configurable Radio Systems. Our aim is to provide support to LBS, IoT, AI, Machine Learning and Big Data Market.
LATEST TECHNOLOGIES
We strive to produce high performance system using latest technologies with very tight control on the quality of the products, covering Industrial and Commercial guidelines of designing and development with the team work of high level of trained manpower.
CHALLENGES
As our customers are ready for next challenges, we would like to equip them with the best products that help them meeting their expectations and goals.
Our Services
Our quality standards apply also in terms of service, technical expertise and advice.
Our dedicated employees are happy to assist you with know-how and experience in your daily business.
Hardware System Design
The Hardware system is the enabler for the all the development in the knowledge front we see now a days. The AI/ML and other cutting-edge technologies that we see going around us can only work on a hardware platform.
At embedINN we can design custom hardware from Scratch or a reference design. Our design process is quite extensive and can be tailored to the requirement, which consists of
– Requirement Analysis / Engineering
– System Design
– Schematic Entry
– PCB Design
– Manufacturing Assistance
– Board Bringup
– BSP Generation / Development
– Testing / Qualification
– Mass Production
SDR - Baseband Design / Development
Software Design Radios are an active area of development in Satellite systems, Drone Systems and IoT (Space, Air and Terrestrial). Because of the diverse nature of the requirements, no solution could possibly fit for all.
We, at embedINN are not only working in all areas, but want to bridge the gap between them. Our flagship product, leoSDR is capable of working in all environment. We can also make customized products in the SDR domain for your requirements.
Firmware/Middleware/Driver Development
The HW/SDR system make a platform for the development of cutting-edge solutions. To make a complete use of the platform, the developer also need a robust Middleware/driver layer.
We at embedINN can customize driver/OS for you or even write a custom driver layer for you.
Products
AES-GCM IP Core
An FPGA-based IP core showcasing AES-GCM (Advanced Encryption Standard-Galois/Counter Mode) encryption. At its core, AES-GCM epitomizes the pinnacle of symmetric-key cryptography, seamlessly integrating two fundamental techniques: AES-CTR (Counter Mode) for encryption and AES-GHASH for authentication.
Our IP core represents a sophisticated solution tailored for security-conscious applications, offering unparalleled protection against data breaches and unauthorized access. With its robust encryption and authentication capabilities, it serves as a cornerstone for safeguarding sensitive information in diverse computing environments
IP-Core Features
Versatility: AES-128, 192,256 Support
– Selectable Enc type GCTR/GCM Resource adaptability
NIST-Compliant Rigorous Testing
– Test vectors by NIST pub800-38D,
– FIPS-197, RandallTV-0511
Seamless Integration for Enhanced Security
– AXI Compliant interfaces for drop in module
– Direct packet mode
Key size flexibility for diverse needs
– supports in-flight key expansion per packet
Low latency for swift encryption
– Back to back packet support
– 29 cycles latency
High-speed data handling capabilities
– Up to 200MHz
MACsec
Our implementation of MACsec leverages the same robust AES-GCM core used for encrypt/decrypt. in AES-GCM, ensuring seamless integration and consistent security protocols. By extending the capabilities of our AES-GCM core to MACsec, we ensure that data transmitted over wired Ethernet networks remains confidential and untampered. This integration not only enhances network security but also simplifies the implementation process for our clients, offering a comprehensive solution for safeguarding their data at the data link layer.
Key Features
Vendor Adaptable: Efficient FPGA utilization without multipliers/DSP-Blocks
Performance: MACsec supports up-to 10Gbps
Standard Compliance: MACsec offerings adhere to IEEE Std 802.1AE-2018, utilizing AES and GCM standards.
Compliance with Test Vectors: Our MACsec solution rigorously adhere to the test vectors Outlined in Annex C of IEEE Std 802.1AE-2018.
leoSDR
Low Earth Orbit Satellite Software Defined Radio
leoSDR is a mezzanine card for zynqBC having a AD9361 front-end that works from 70MHz – 6GHz. Having a zynq-7020 available for processig and AD9361 as front-end, this low cost radio is capable of doing all kind of transmission, a satellite based receiver is required to do. Because of its capabilities, it is also well suited for Teristerial as well as air-bourne applications.
iotSDR
A versatile dev board with everything you need to design custom IoT protocols & gateways
iotSDR provides a platform that allows SDR developers and enthusiasts to design innovative algorithms and cutting-edge products. While wide-band SDRs are more versatile, narrow-band transceivers perform better for many IoT-related applications. Accordingly, iotSDR hosts two narrow-band Microchip AT86RF215 transceivers that provide their own base-band cores and have the ability to handle their own I/Q signal streaming. The result is an extremely powerful tool for anyone who is looking to simplify the task of developing, testing, and deploying high-complexity frameworks
ZynqBC
ZYNQ based Processing system with multiple paripherals
zynqBC is a powerful processing system with a small form factor, that can become a quick development platform for new products. It has a mezzanine connector for extending the capabilities. It has a 9DoF IMU, u-blox GPS, temp and pressure sensor on-board. It is suitable for applications requiring
– Performance through dual core ARMcortex
– Configurability through FPGA
– Versatility through mezzanine cards
– Other Applications includes, MMI, sensor integration, sensor network, secure network nodes, video and data processing, training of programming SoCs, Industrial controllers, etc.
