Home / Accessories / Data-Over-Power Board (IS1001)
Data-Over-Power Board (IS1001)
Accessory boards add functionality to the IS1001 reader. Typically used in standalone or synchronized system configurations, accessory boards expand the communication capability of individual IS1001 readers.
The Biomark Data-Over-Power (DOP) board allows for IS1001 readers to be configured in a “star” configuration as opposed to a “network” configuration, when used as part of an IS1001-MTS system. The star configuration is convenient if more than two locations need to be monitored. For IS1001 standalone application it allows long range (up to 1,000 feet) serial communication.
Add to Quote or call us at +1 208 275 0011 to discuss your application needs and review pricing.
Description
The Biomark Data-Over-Power (DOP) board allows for IS1001 readers to be configured in a “star” configuration as opposed to a “network” configuration, when used as part of an IS1001-MTS system. The star configuration is convenient if more than two locations need to be monitored. For IS1001 standalone application it allows long range (up to 1,000 feet) serial communication.]
Downloads and Documents
IS1001_DOP_Board_Firmware_Update_1.2.4_Release_Notes_2018-10-17
Additional information
Additional information
You may also like…
A thermoelectric generator (TEG) is a consistent and reliable way to deliver DC power to a PIT-tag system. Biomark offers both standard and hybrid propane generators manufactured by Global Thermoelectric www.globalte.com.
For sites with sufficient sunlight, solar is an efficient way to deliver DC power to PIT-tag systems. We offer solar power solutions for small- and large-scale systems. Order Here
The IS1001 is a high performance RFID PIT Tag reader designed for applications requiring low power consumption and high adaptability to environmental changes.
The Multiplexing Transceiver System (MTS) consists of a Master Controller (MC) and up to 12 IS1001 readers. The MC acts as the command, control, and data collection center for PIT Tag monitoring.