Chipinnews technology helps Biolink to release the TurMass standard wireless terminal SoC chip based on the RISC-V core - TK8610.
The chip product adopts the core of the risc-V N200 series processor of The Chip Technology.
Cores for N200 series processors
The N200 series of 32-bit ultra-low-power RISC-V processors are designed for sensing, connectivity, control, and lightweight intelligence applications of IoT IoT end devices. Ideal for benchmarking ARM Cortex-M0/M0+/M3/M23 cores for MCU and IoT low power consumption.
The N200 can be flexibly configured according to customer needs
Support RISC-V RV32IEMAC instruction set architecture, can be configured with N203, N205, N208 and other different levels of processors.
The 2-stage pipeline, best-in-class microarchitectural design achieves the industry's highest energy efficiency ratio and lowest cost.
Support fast interrupt tailing, interrupt vectorization, priority-based interrupt nesting, providing the industry's most advanced and lowest latency interrupt features to meet the needs of real-time.
Configurable instructions and on-chip SRAM (ILM/DLM).
Configurable instruction caching (ICache).
Support users to extend their own instructions.
Support TEE trusted execution environment to meet system security requirements.
Supports standard four-wire JTAG and two-wire JTAG debugging interfaces, as well as Linux/Windows debugging tools.
Support for the RISC-V standard compilation toolchain, as well as Linux/Windows graphical integrated development environment.
TK8610 TurMass wireless terminal SoC chip
The TK8610 is a wireless terminal SoC chip that supports the TurMass standard and can be widely used in various wireless IoT terminal devices. Using advanced processes, integrated RF transceiver unit, baseband processing unit, 32-bit CPU and rich interfaces, supporting RT-Thread IoT operating system, with long-distance transmission, low power consumption, low cost and high integration characteristics.
The chip:
Application of core technology RISC-V 200 series core
Operating frequency band 150-960MHz
Transmit power up to 20dBm
Receive sensitivity -147.5dBm@46bps and -134.5@2kbps
Built-in 32-bit RISC-V application MCU
55nm CMOS process
Support flexible networking methods such as star and ad hoc networking to reduce networking costs
With mMIMO gateway, it is especially suitable for the wireless signal environment of large cities
About The Way Biolink
Founded by a first-class technical and management team, Shanghai Dao Biolink Technology Co., Ltd. focuses on the research and development of industry-leading wireless Internet of Things transmission technology and solutions.
Dow Biolink has developed a new generation of LPWAN technology with completely independent intellectual property rights - TurMass, including core patented technologies, system standards and chips, TurMass has significant advantages in system capacity, transmission bandwidth, power consumption and comprehensive cost, which can greatly promote the development of wireless Internet of Things applications.
About ChipRay Technology
As a Chinese mainland local professional RISC-V processor IP and chip solutions company, Chipray Technology is committed to the development and commercialization of RISC-V processor IP. Since its establishment in 2018, it has brought together an experienced processor R&D team. Fully independent research and development, we have successively launched 100, 200, 300, 600, 900 and other series of products covering various scenarios from low power consumption to high performance. The processor IP of The core has authorized many well-known chip companies for mass production, and the measured results have reached the industry's first-class indicators.
Focusing on the research and development of RISC-V processor cores and committed to empowering the local industry ecology, it is the vision and pursuit of Chipray Technology.