NetBurner Core Modules allow you to quickly and easily create an embedded product, create a network-enabled product, or add network connectivity to an existing product. These modules can be used as the main processor or as a secondary network co-processor. NetBurner Core Modules are meant to be placed onto an end product's circuit board as a daughter card. The processor I/O are available through a standard header or mini PCI Express connector.
Several modules are footprint and API compatible, enabling migration with minimal impact on the mother board hardware design. The ColdFire processor I/O, are routed directly from the processor to the module I/O pins. This makes the Freescale Semiconductor ColdFire Users Manual a complete reference to internal peripheral and I/O configuration registers. Given the high performance of the core processor, external bus, and serial interfaces, the module series is well suited to be the core processor of an entire product. Adding peripherals is as simple as adding them to the bus and configuring the chip select to address the new peripheral. The serial ports offer high bandwidth and a rich feature set. The serial ports have partially full and partially empty interrupt capability, allowing the processor to service the ports with no interruption in data flow.
The NetBurner Core Module solution you will need depends on your particular application requirements. The first step is to choose a product based on form and function. Below you will find descriptions of the solutions NetBurner offers which can be used to compare the functionality of different NetBurner products.
Choose your core module
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MOD5213
32-bit 66MHz processor
32KB RAM ⊕ 256KB Flash
33 GPIO ⊕ 3 UARTs
I2C ⊕ CAN ⊕ SPI
8 ADC ⊕ 8 PWM -
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MOD5234
32-bit 147.5MHz processor
8MB RAM ⊕ 2MB Flash
49 GPIO ⊕ 3 UARTs
I2C ⊕ CAN ⊕ SPI
eTPU -
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MOD5282
32-bit 66MHz processor
8MB RAM ⊕ 512KB Flash
50 GPIO ⊕ 3 UARTs
I2C ⊕ CAN ⊕ SPI
10 ADC -
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MOD54415
32-bit 250MHz processor
64MB RAM ⊕ 32MB Flash
44 GPIO ⊕ 8 UARTs
I2C ⊕ CAN ⊕ SPI
12 ADC ⊕ 2 DAC ⊕ 5 PWM -
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NANO54415
32-bit 250MHz processor
64MB RAM ⊕ 8MB Flash
30 GPIO ⊕ 8 UARTs
I2C ⊕ CAN ⊕ SPI
6 ADC ⊕ 2 DAC ⊕ 8 PWM