HRM1017
HRM1017 is Bluetooth Low Energy Module manufactured by Hosiden.
OVERVIEW
HRM1017 is Bluetooth Low Energy Module that supplied by Hosiden Corporation. It is based on Nordic n RF51822 and achieves high performance radio and low power operation. HRM1017 product features are as follows:
Integral antenna
A fine-tuned PCB antenna is on the module. It relieves you of difficult RF consideration.
Supports DC/DC convertor enable mode
HRM1017 has internal circuit to drive n RF51822 internal DC/DC convertor. You can operate this module in DC/DC convertor enable mode without external ponents in your circuit.
All GPIO ports are available
All programmable ports are assigned to module I/O. You can design the products as in the case of chip-on-board design.
VDD RESET GPIOs AINs SWDIO SWDCLK External Clock I/O GND
Quick evaluation and development
Hosiden has prepared the evaluation board that is pin-patible with Nordic PCA10004. So you can start HRM1017 evaluation immediately if you already have Nordic n RFGo Motherboard (refer overleaf for detail). n RF51822
RF Circuit
16 MHz
SPECIFICATION
Item Bluetooth Version Output Power Interface Dimensions Supply Voltage Mounting Type Specification Bluetooth 4.0 LE (Single Mode)- +4 d Bm typical UART, SPI, I2C and GPIOs 12.7 x 23.0 x 2.6 mm 1.8 to 3.6V (3.0V typ.) Solder bumps (1.2 mm pitch, 44 bumps)
- Hosiden is applying for Bluetooth qualification.
Date: Feb. 2013
Hosiden Europe Gmb H
Graf-Recke-Str. 82, 40239 Dusseldorf, Germany Phone: +49-211-96493-0
Hosiden Corporation
(WMC1302-01)
4-33, Kitakyuhoji 1-Chome, Yao-City, Osaka 581-0071,JAPAN Phone: +81-72-993-1010 URL: .hosiden.
Technical Report
Prototype
EVALUATION BOARD
HRM1023 is the evaluation board of Hosiden Bluetooth Low Energy Module. It has pin sockets for connecting to Nordic n RFGo Motherboard. You can quickly start module evaluation and software development before pleting your hardware design. Also, there are soldering pads for 9 GPIOs. You can use them if you do not have n RFGo Motherboard.
Hosiden Module (HRM1017)
Hosiden Evaluation...