SparkFun Electronics

Peak transmitter current is probably more than a 9V battery can supply.

Just design a suitable PCB and get it made. Program the PIC with a PICkit 3 or ICD 3.

You write a program!

To save power?

Use the Code button to preserve the code formatting.

The posted code is the output from the assembler, which won't compile. You need to assemble the source code. Try assembling this using MPLAB IDE 8.93: ;test.asm #include <p12F508.inc> org 0 nop movlw 0 tris GPIO ;all GP pins set to output loop: movlw b'000010' ;toggle GP1 movwf GPIO movlw b'000000' ...

Here are the ITEAD Studio requirements for PCBs they supply:

http://support.iteadstudio.com/support/ ... pabilities

They are quite typical.

I have my PCB package (Pulsonix) set up for various board suppliers, which saves a lot of time.

FWIW, ITead and Seeed both use the same PCB manufacturer. ITead appears to be faster for delivery.

First thing to check is that you are actually communicating with the nRF24L01+ registers.

Have you got pull-up resistors?

It depends on the target board. Those different kits have different cables/connectors.

One that also supports debugging would be a good idea, like the Atmel AVR Dragon or the Atmel-ICE.

A proper schematic would be more sensible.

Why don't you create it?

Why don't you use it?