some technical specs from their website for anyone interested - and certainly more skilled than me in this because I'm still under a learning curve around radio stuff 馃
DUPLEXER: TSI-DPX100
Left side:
Frequency range: 71-76 GHz
Channel bandwidth: 2 GHz
Channel spacing: 0.5 GHz
Return loss: >20 DB
Insertion loss: <0.6 DB
Rejection: >60 DB
Right side: three graphs
First and second graphs: X axis is Frequency, Y axis is Magnitude (dB)
Third graph: X axis is Frequency, Y axis is Group delay (ns)
ANTENNA: TSI-EBA32
Left side:
Frequency range: 71-86 GHz
Maximum duplexity: 33 DBI
Beamwidth (3 DB): 2 DEG.
Return loss: > 20 DB
Radiation Efficiency: >94%
Right side: six graphs showing radiation efficiency (x axis is GHz, y axis is rad efficiency in %), directivity (蠒 = 0.0, x axis is Thega, y axis is magnitude in Db), directivity (蠒 = 90.0, x axis is Thega, y axis is magnitude in Db), maximum directivity (x axis is GHz, y axis is magnitude in Db), min/max directivity for all frequencies (蠒 = 0.0, x axis is Thega, y axis is magnitude in Db), min/max directivity for all frequencies (蠒 = 90.0, x axis is Thega, y axis is magnitude in Db)
TECHNICAL SPECIFICATIONS
Left side: schematics
Power input to PSU block 12 V DC. PSU output is provided to MCU.
TSi TRX-E1 is a squared block. It accepts the input from:
- PSU block;
- MCU;
- BB TX I/Q;
- External reference frequency 200 MHz;
Output is the BB RX I/Q, which is shared with RSL (Received Signal Layer?)
IMU block provides the Orientation Data (9 DOF) output.
Output of TSi TRX-E1 goes to TSi DPX-100 which indicates it is accepting both TX and RX radio. EBX-32 is antenna that is connected to DPX-100.
Right side:
Frequence 71-76 GHz
Duplexing FDD
RF channel bandwidth 2 GHz
EIRP > 55 DBM
Antenna gain 32 DBI
Interface I/Q, 0-2 GHz
Power 12 V DC
Dimensions 70 mm x 70 mm x 36mm
Weight 200 G