Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
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A compact TCP/IP network protocol for one-chip microcontrollers such as IoT sensor nodes.
Cente Non-OS TCP/IPv4 is an ultra-compact TCP/IP protocol stack for embedded devices. It can operate in environments that do not use a real-time OS, making it ideal for small devices such as IoT sensor nodes.
The embedded BT stack "Bluelet" has a proven track record of being adopted in 20 million devices, providing the highest performance for devices utilizing BT.
The Bluetooth protocol stack "Bluelet," developed by Barrot Corporation (formerly IVT Wireless), has been adopted by 20 million units across 150 companies worldwide, providing the best performance for various Bluetooth-enabled devices such as mobile phones, headsets, printers, and keyboards.
![[For Embedded Use] EtherCAT Master EC-Master](https://image.mono.ipros.com/public/product/image/e58/329395001/IPROS856204597214155264.jpg?w=280&h=280)
EtherCAT Master Stack Software EC-Master
◆ The configuration adopts the standard EtherCAT Configuration Exchange Format (XML) ◆ Periodic process data updates ・ Master operation that can be flexibly controlled by the user ・ Memory interface provided for synchronization of user applications ◆ Error detection and diagnostic functions ・ Bus scan with bus topology and configuration checks ・ Detection of cable disconnection and unresponsiveness due to SLAVE failure ・ Monitoring of SLAVE operations ・ Ethernet link layer debug messages for execution error diagnostics ◆ CanOpen over EtherCAT protocol ・ SDO Upload ・ SDO Download ・ SDO Information Service ・ Emergency Request ◆ Ethernet over EtherCAT protocol ◆ File access over EtherCAT protocol ◆ Distributed Clocks ・ SYNC support ・ Latch support ・ Master sync support ◆ Support for redundancy functions
It is a TCP/IP protocol stack optimized for embedded applications.
**Features** - Compliance with major RFCs (Request for Comments) - Dual-stack structure for IPv4/v6, allowing independent implementation through configuration - IPv6 Ready Logo Phase 2 (Core, IPsec obtained, DHCPv6 planned) - Compliance with the Simple Server level of DOD (U.S. Department of Defense) IPv6 Standard Profiles - Compact code size - High-speed design with minimized internal copies - Multi-homing capability - Configurable embedded protocols - Available for sale with IPv4 only - Standard IPsec attachment - Support for IPsec accelerator (Renesas SH7672) - Multicast support - MIB-2 interface support
Contributing to functionality organization and cost reduction with marine radar products × μC3/Compact and μNet3.
【Issues】 ■ There was a past case where the protocol stack code was modified. 【Deciding Factors for Adoption】 ■ μC3 and μNet3 provide not only binary but also source code. ■ Technical support is available in Japanese. 【Implementation Effects】 ■ Functions can be divided into tasks, allowing for organized implementation. ■ Utilizing technical support has made customization easier. 【Products Used】 μC3/Compact, μNet3 *For more details, please refer to the PDF materials or feel free to contact us. #RTOS #RealTimeOS #OS #Linux #CPU #Microcontroller #DesignPeriod #Reduction #Flexibility #Simplicity #DynamicGeneration #Configuration #ROM #RAM #CoastalVessels #Workboats #Radar #OnboardCommunication #SerialCommunication #Ethernet #TechnicalSupport
Ultra-small embedded TCP/IP protocol stack
This is an optimal IPv4/IPv6 compatible TCP/IP stack for enabling various devices to connect to a network. It has been adopted in many projects, including digital cameras, multifunction printers, car navigation systems, and measuring instruments. Its features include a compact size, independence from CPU/OS, complete source code availability, standard inclusion of a wealth of sample drivers and applications, and high portability. *For more details, please refer to the PDF materials or feel free to contact us.*
Optimizing the IPv6/mDNS (Bonjour)/RESTful communication stack for a resource-constrained in-vehicle OS environment.
At Alive Vision Software, we implement and port communication protocol stacks to in-vehicle real-time operating systems (RTOS) in the fields of next-generation mobility (EV/PHV) and smart grids. In this project, we were responsible for the implementation of the next-generation communication protocol (SEP2.0) and middleware for a dedicated ECU installed in plug-in hybrid vehicles (PHV) as part of a smart grid demonstration project conducted by a major domestic automobile manufacturer in the United States. If you are an automotive parts manufacturer (Tier 1 or Tier 2) or an energy-related equipment manufacturer facing challenges such as "wanting to implement advanced communication protocols in limited-resource RTOS environments (like OSEK or μITRON)" or "wanting to optimize and port open-source communication modules for your own environment," please feel free to consult with us.
![[For Medical Devices] 'BLE+USB Entry Pack'](https://image.mono.ipros.com/public/product/image/c46/2000951161/IPROS06048637946297374320.png?w=280&h=280)
Flexible wireless communication is possible with BLE+USB! By using commercially available USB, the certification acquisition costs for different radio laws in each country are reduced!
The BLE+USB Entry Pack is an SDK for using our μC3-BLE Stack with Grapesystem's GR-USB host driver in a BLE-compatible USB adapter type Bluetooth module. Since it does not require certification under the Radio Law, it also supports the commercialization of products that incorporate BLE communication. 【Features】Achieve BLE communication at low cost ■ No certification required under the Radio Law You can use commercially available BLE-compatible USB adapters (BLE 4.0/5.0) that have already obtained certification, so there is no need to obtain the Radio Law certification logo. ■ Sample provided for smartphones BLE samples are included that can be verified with a commercially available evaluation board + BLE-compatible USB adapter (Android). ■ Compatible with commercially available BLE-compatible USB adapters You can use USB adapters for BLE 4.0 and 5.0 that are generally available for purchase. The μC3-BLE Stack has confirmed operation up to BLE Ver. 4.2, and updates will continue to be provided as needed. #eForce #Wireless #BLE #USB #IoT #Embedded #SDK #Sensor #Smartphone
TCP/IP protocol stack for high-speed data transfer
ySOCK6 demonstrates high performance across various CPUs. Particularly with Altera's Nios2 processor, it achieves an astonishing transfer speed of 43MByte/s (approximately 344Mbps) at 100MHz operation. ySOCK6 is a TCP/IP protocol stack developed independently by our company. With its unique implementations for efficient data management and a hardware assist feature called TCP accelerator, it boasts performance that surpasses others. It is ideal for the need to transfer large-sized data, such as images, at high speed. Even if the data is not as large as images, the ability to transfer quickly allows for shorter transfer times, enabling that time to be allocated to other processes. In addition to large data transfers, it is also an optimal product for customers who feel that their current TCP/IP protocol stack is heavy in processing. Furthermore, devices that have previously been composed of expensive and specialized products like optical cables can now be replaced with affordable and easily obtainable LAN products.
Flexible wireless communication is possible with BLE+USB! By using commercially available USB devices, the certification acquisition costs for different radio laws in various countries can be reduced!
The BLE+USB Entry Pack is an SDK used with our μC3-BLE Stack and Grapesystem's GR-USB host driver for BLE-compatible USB adapter-type Bluetooth modules. By enabling machine control via smartphone, it eliminates the need for an LCD panel, thus reducing hardware costs. 【Features】Achieve BLE communication at low cost ■ No certification required under the Radio Law You can use commercially available BLE-compatible USB adapters (BLE 4.0/5.0) that have already obtained certification, eliminating the need for Radio Law certification logo approval. ■ Sample provided for smartphones You can verify operation with a commercially available evaluation board + BLE-compatible USB adapter. BLE samples are included (Android). ■ Compatible with commercially available BLE-compatible USB adapters You can use commonly available BLE 4.0 and 5.0 USB adapters. The μC3-BLE Stack has confirmed operation up to BLE Ver. 4.2, and updates will continue to be provided as needed. #eForce #Wireless #BLE #USB #IoT #Embedded #SDK #Sensor #Smartphone #IndustrialMachinery #MachineControl
