phyCORE®-87C51MC2
8051 with Extended Memory
The PHYTEC Advantage
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Faster-to-Market
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Design Services
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Immediate Support
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Your OEM solution
Low EMI and Mix-Speed design, robust interconnects, industrial temp range, production-ready BSPs. More…
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LEGACY PRODUCT:Call for more information! 800-278-9913 (in the U.S.)
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Description | Features | Documentation & Demos | OEM Services
Rapid Development Kits | RTOSes & Tools | Related Products
SBC Module Description
The phyCORE-87C51Mx2 is populated by the NXP Semiconductors (founded by Philips) 87C51MC2 controller, which can access up to 2 MB Flash (standard 256 kB) and up to 1 MB (standard 256 KB) SRAM. The module is ideal for applications whose requirements exceed the memory space of the standard 8051, yet that can utilize code created within the 8051 instruction set. The phyCORE-87C51Mx2 offers two RS-232 interfaces, one of which can be configured as RS-485. The module also offers a serial EEPROM for storage of configuration data and a Real-Time Clock. The PLCC-socket of the controller enables easy connection of an emulator to the phyCORE-87C51Mx2.
Processor Details
The phyCORE-87C51Mx2 supports the NXP Semiconductors (founded by Philips) P87C51MC2 microcontroller.
SBC Module Features
- Single Board Computer in subminiature dimensions (55 x 51 mm) according to phyCORE specifications
- NXP Semiconductors (founded by Philips) 8-bit, 80C51-compatible P87C51MX microcontroller (PLCC-44, up to 24 MHz clock frequency) featuring extended memory
- All ports and decoded interface signals extend to standard 2.54 pitch pin header rows aligning the sides of the circuit board
- 256 kB (to 2 MB) external Flash with PHYTEC FlashTools download utility for in-system (ISP) Flash programming
- 256 kB (to 1 MB) external SRAM
- 4 (to 32) kB external serial I2C-EEPROM (alternatively I2C-SRAM or FRAM)
- RS-232 serial interface
- Supplemental RS-232 or RS-485 serial interface (jumper selectable)
- I2C Real-Time Clock with internal quartz and EEPROM
- Requires single 5V power supply with a standard temperature range of 0 to 70 ° C
Technical Documentation & Demos
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Apr. 2005 |
L-602e |
910 KB |
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Mar. 2003 |
L-603e |
1 MB |
OEM Services
- Design-In of insert-ready SBC subassemblies and design of custom-specific target hardware.
- Interfacing to Target Hardware: mating high-density Molex connectors, available from PHYTEC, are required to integrate the phyCORE into target applications.
- PHYTEC Carrier Boards serve as a Reference Design for implementing PHYTEC Single Board Computer subassemblies into target hardware
- Quantity Pricing & Custom Configurations: Contact us for quantity pricing and alternate configurations to best meet your technical and cost requirements: 800-278-9913 · 206-780-9047 · sales@phytec.com
Start-Up Guarantee
PHYTEC backs up this Rapid Development Kit Concept with a Start-Up Guarantee. Should you encounter any unexpected difficulties in executing any of the example programs contained within the Kit, we invite you to make free use of our Technical Support until the Problem is solved.
Rapid Development Kits
Each kit contains an SBC module mounted on an applicable Carrier Board that features all hardware needed for immediate start-up of the module, as well as external break-out of applicable signals from the SBC. The included PHYTEC Spectrum CD-ROM provides complete electronic documentation, demo programs and evaluation software development tools.
PHYTEC Rapid Development Kits truly offer a Rapid Development solution by providing you with all the necessary ingredients with which to jump start your embedded design, reduce time-to-market and propel your concept to prototype and finished product.
Available RDK Packages for this SBC
RTOSes & Tools
The availability of tools is a primary criteria in the selection of a microcontroller for embedded development. Just as PHYTEC provides board-level support and Rapid Development Kits enabling easy evaluation, test and OEM integration of microcontroller cores for embedded designs, we also work closely with other partners up and down the embedded solutions chain. This ensures optimized interoperability of our boards with other tools, and provides embedded developers with what they need to speed design concepts to product and market.
