Circuit Design has announced the release of the new narrowband STD-302Z for 434 MHz.
Circuit Design has announced the release of the new smart modem SLR-434M. As well as data communication, it is also possible to process up to 8 switching signals. Evaluation samples - available now
As well as conventional FSK, SLR-434M also incorporates LoRa for greater sensitivity and increased range of a few km or more line of sight.
2.4 GHz
2.4 GHz telecommand module
434, 400 MHz
New miniature narrow band radio transceiver
A compact 2.4 GHz radio transceiver module for industrial applications
- Jun. 2019
Circuit Design will be exhibiting at
Dates: From 14 - 16 Aug. 2019
Location: HANOI (VIETNAM)
- May 2019
Announcing the new compact multi channel transmitter and receiver CDP-TX-07M(P) and CDP-RX-07M(P) 434 MHz with CE that meets with receiver category 1 standard.
- Apr. 2019
Golden Week holidays - Circuit Design will be closed during the Golden Week period from 29th April to 6th May 2019.
- Jan. 2019
[YouTube video] - Circuit Design has released a video showing the evaluation boards WA-TBT-03S , WA-TBR-03S. The boards allow quick testing of the WA-TX-03S and WA-RX-03S audio modules for wireless audio transmission in the 863 MHz band.
- Dec. 2018
![Demonstration video] for the NK-2.4Y](/static/picture/img_181220.jpg)
[YouTube video] - In addition to the [demonstration video] for the NK-2.4Y, Circuit Design have released a video that highlights the technical specifications of the NK-2.4Y and also shows example connection diagrams.
- Nov. 2018
Circuit Design Inc. will exhibit at the electronica trade fair in Munich, Germany from 13 to 16 November 2018. At Stand 127 in Hall C3.
Dates: From Tuesday, 13th to Friday, 16th November
Location: Messe München
Booth no.: C3. 127
- July 2018
Announcing the new narrowband STD-302Z for 458 MHz with receiver category 1 approval.
- May 2018
Announcing the new narrowband STD-302Z for 434 MHz with CE marking and receiver category 1 approval.
- May 2018
Announcing the new smart modem incorporating LoRa technology providing increased sensitivity and range.
