AMIHO Technology and ROHM Semi launch New Wireless M-Bus eval kit for IoT apps and smart metering

Date
04/06/2016

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The kit contains two nodes based on AMIHO’s AM060 868 MHz Wireless M-Bus radio modem module

AMIHO Technology, experts in wireless communications, and ROHM Semiconductor announce the launch of their latest Evaluation Kit, designed to get customers up and running rapidly with sub-GHz radio design. The kit contains two nodes based on AMIHO’s AM060 868 MHz Wireless M-Bus radio modem module. This design features the ROHM LAPIS ML7345 radio transceiver.

The AM060 module delivers high sensitivity, is neatly contained in AMIHO’s compact footprint (17.8 x 20.3 mm), is pre-loaded with AMIHO’s fully-featured Wireless M-Bus software stack and drivers, has on-board power saving features and is ready for deployment in volume production. In addition, with security a major concern for today’s smart networks, it includes AES128 encrpytion with AES256 to follow.

“AMIHO’s application of our radio transceiver is a great demonstration of the benefits of our technology,” said Hiroshi Kume, Senior Product Manager at ROHM Semiconductor. “The radio has a built-in packet engine that enables the MCU to stay in low power mode for longer, increasing battery life.”

“We make life easier for our customers and help them get their new products to market quickly and efficiently,” explains Managing Director David Blumstein. “This new evaluation kit is a perfect starter kit to get your smart meter or other IoT device communicating easily with Wireless M-Bus compliant modules.”

The AE060 evaluation kit is available from AMIHO or ROHM.

Key features:

• AMIHO’s complete Wireless Meter-Bus radio module with fully
featured Wireless M-Bus-compliant protocol stack
• Compact footprint 20.3 x 18.7 mm
• Universal evaluation board suitable for all AMIHO products
• AES128 encryption/decryption
• Accessible on-board Renesas RL78 MCU
• ROHM LAPIS ML7345 radio transceiver
• M-Bus packet engine for low power operation


AMIHO Technology

ROHM Semiconductor

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