Product Description
CoreLink SSE-100 Subsystem for Embedded
Internet of Things runs on ARM
ARMs scalable IP solutions are designed to target all points on the value chain from sensors to servers. This allows our partners to reduce their time to market.
Why CoreLink SSE-100?
IoT is about diversity, one size does not fit all diverse applications, nodes, and sensors lead to diversity in end-node requirements and price points. IoT means billions of connected devices, some of these devices will be addressed by off-the-shelf designs while other applications will require customized SoCs and tight integration with sensors.
The ARM subsystem supports IoT market growth by reducing development risk and enabling companies to quickly create products.
The CoreLink SSE-100 subsystem includes its open-source software libraries, integrated with mbed OS. It is a complete reference system that reduces the complexity and risk of an SoC design for IoT endpoints. The CoreLink SSE-100 subsystem features a range of peripherals and interfaces; including a Flash Controller for TSMCs embedded flash memory. It is specifically designed for use with Cortex-M processors and Cordio Bluetooth® Smart radio. It is possible to integrate other radios and wireless networking standards such as Wi-Fi and 802.15.4. The system has been designed to optimize power consumption and its integration with mbed OS brings a high level of security: two key features for IoT solutions.
Looking forKey Benefits
Low power consumption
Thanks to its built-in Flash Controller, the CoreLink SSE-100 subsystem can connect to an embedded Flash and lead to single-chip designs that consume less energy than multi-chip solutions. Additionally, the CoreLink SSE-100 subsystem includes an integrated cache which allows up to 99% flash power consumption reduction, by reducing the number of Flash fetches.
Optimized for ARM Cortex-M Processors
The CoreLink SSE-100 subsystem supports the successful ARM Cortex-M3 processor. This industry-leading 32-bit processor offers the performance and efficiency for the most demanding IoT applications.
Applications
The CoreLink SSE-100 subsystem’s target market includes:
Smart lighting
Smart watch
Space
VR / AR
Wearables
Automotive 
Building automation
Connected clothing
Home automation
Energy grid
Enterprise
Environmental
Farming
Identity & tracking
Industrial 
IoT
Healthcare
Retail
Robotics
Sensor
Smart citySmart lightingSmart watchSpaceVR / ARWearablesAutomotive Building automationConnected clothingHome automationEnergy gridEnterpriseRelated IP
- Billions of ARM Cortex-M processors are widely deployed in IoT applications for low power, highly efficient embedded computing – such as wearables, smart devices and security application
- Widest ecosystem support
- mbed OS – open source device software making IoT application development easy. Built in device and communication security
- More than 200,000 of mbed developers and support on many platforms
- ARM mbed cloud software brings web services to the most demanding enterprise applications in the Internet of Things. It utilizes open source protocols like CoAP/HTTP, MQTT, TLS/TCP, DTLS/UDP and OMA LWM2M for data communication and device management.
Cordio Bluetooth Smart radio
- Pre-certified, ultra low power radio IP solution for Bluetooth Smart connectivity
- Delivered as a hard macro
- The most comprehensive, widely used and advanced physical IP solution in the industry
- Logic IP, Standard Cell, Embedded Memory Compilers, Interface IP and POP™ IP
- Specifically optimized for each foundry and process technology
Cortex-M System Design Kit (CMSDK)
- A comprehensive system solution designed to work seamlessly with the CoreLink SSE-100 subsystem
- AMBA® AHB™ and APB™ infrastructure components, essential peripherals, scripts, examples and software drivers
Cadence Hosted Design Solution
The Cadence® Hosted Design Solution (HDS) is a Software-as-a-Service (SaaS) model which offers quick access to various EDA tools, a broad portfolio of IP, support and proven methodologies for designing for IoT. The CoreLink SSE-100 subsystem has been ported into HDS to allow IoT designers an accelerated path to silicon.
