Cyan
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Cyan is a fabless semiconductor company that specializes in the development of applications under the brand “Cy-Solved”, built upon the company’s feature rich, configurable eCOG1k and eCOG1x microcontroller chips. Cy-Solved incorporates ready to go solutions, applications examples, modular software based on easy to use interfaces and dedicated evaluation boards. All these are pulled together with Cyan’s free integrated development environment CyanIDE.
Cy-Solved applications include RF-Solved, USB- Solved, Ethernet-Solved and Motor Control-Solved which can be incorporated into systems for remote data telemetry systems, handheld instrumentation, white goods, industrial control, EPOS, and data recorders, as well as integrated communications in security systems and other intelligent sensors or peripherals.
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Cyan Part Search
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Cyan USB/Ethernet-Solved™ Development Kit
Cyan´s USB / Ethernet-Solved™ Development Kit makes projects based on USB and Ethernet quick and easy to create. The Cyan kit allows designers to add USB or Ethernet functionality to an existing embedded system or create new solutions with the development kit as a foundation. The kit features an eCOG1X4Z5 microcontroller with ready-to-go project example templates, 512KB Flash, 24KB SRAM, 12-bit 200ksps ADC and 12-bit DAC and is ideal for products requiring large Flash capabilities and analog to digital or digital to analog conversion.
Cyan eCOG1XE01 Microcontroller
Cyan's eCOG1XE01 low-power single-chip microcontrollers offer high-performance internal Harvard architecture, 64KB of Flash memory and 8KB of static RAM. The product is ideal for price-sensitive applications that require a high level of capability from their MCUs. The MCUs are available in a 68-pin QFN package and are supported by the class-leading integrated development environment, CyanIDE.
Cyan eCOG1X Microcontroller
Cyan's eCOG1X family of microcontrollers are highly configurable, with options including combinations of USB 2.0 OTG interface, 10/100 Mbps Ethernet MAC, and 12-bit analog I/O. The feature-rich devices are available with 512KB of Flash and 21KB of SRAM. The MCUs are based on a 16-bit Harvard architecture with 24-bit linear code address space (32MB) and 16-bit linear data address space (128KB). A variety of available packages, including 68 and 100 pin QFN and 208 pin BGA, allow for a balance of cost and features.
