HF Fixed Middle Range RFID Reader Fast Anti-Collision Processing
algorithm With ISO 15693 And ISO 18000-3M1 Standard
The reading and writing distance of an RFID reader can be impacted
by a variety of factors, including frequency, antenna design,
power, environmental factors, tag orientation, and interference.
The power of an RFID reader is determined by a combination of
factors, including the reader's output power, antenna design,
sensitivity, and environmental conditions.
RD2101 fixed middle range RFID reader adopts the separate design of
the read-write module and the antenna, so that the read-write
distance of the tag can be affected by the size of the external
antenna. The allowable power of the reader is 0.25W-1.5W. The
output power controlled by the reader determines the effective
reading and writing range of the reader, making it suitable for use
in libraries, file management, production process automation, and
laundry factory automation management. , Drug traceability and
other fields can achieve the best results.
Product Features:
Antenna interface: SMA(50Ω).
Fast anti-collision processing algorithm; the speed of reading the
tag is up to 70pcs / sec.
Support noise detection, can detect the environment whether there
is interference.
It has multiple working modes which can be configured through
software tools.
With short circuit protection and overheat protection function.
| Parameter/Model | RD2101 |
| Operating Frequency | 13.56 MHz |
| Support Standard | ISO/IEC 15693 and ISO/IEC 18000-3M1 |
| RF Power | 0.25~1.5W(configurable, the system default setting is1.5W) |
| Antenna Interface | SMA×1 |
| Communication Interface | RS232, RS485, Ethernet, USB |
| Working Mode | host mode and auto read mode(configurable) |
| Supply Voltage | 12V DC |
| Maximum Power Consumption | 10W |
| Shell Material | aluminum |
| Dimensions | 123×105×25mm |
Product Application:
The products have been widely used in libraries, archive
management, production process automation, laundry factory
automation management, drug tracking and other fields.
When generic RFID chips can be deployed to sense the real world
through tricks in the tag, true pervasive sensing can become
reality.The future development of RFID technology looks very
promising, and it is likely that we will see continued growth and
innovation in this field in the years to come.
