A Low Power Interference Robust IR-UWB Transceiver SoC for WBAN Applications - Ultra-Wideband and 60 GHz Communications for Biomedical Applications - page 41

Table 1 Performance summary and comparison with state-of-art
Parameters JSSC

2007 [ 19 ]

JSSC
2007 [ 20 ]

JSSC
2010 [ 21 ]

JSSC
2011 [ 22 ]

JSSC
2011 [ 23 ]

This
work

Modulation scheme PPM PPM Chirp FSK PPM S-OOK OOK

0.5 a Bit rate (Mb/s) 0.1 4 5 1 1

TX output swing
(V p − p )

- - 0.075 2.2 0.61 4.2

TX power efficiency
(nJ/b)

- - 0.77 0.186 0.258 0.3

Out-of-band SIR at
10 − 3

− 54 − 46 − 59 − 12 dBm@

5.4 G

− 11 dBm@

5.4 G

− 47

BER (dB)

− 21 dBm@
2.4 G

In-band SIR at 10 − 3
BER (dB)

− 44 − 15 − 21 - - − 33

RX power
efficiency (nJ/b)

72 2.5 2.7-4.95 0.84 1.45 4.5

− − − − − −

Normalized RX
sensitivity at
1Mb/s

81 80 90 77 65 92

Technology 0.18 m

CMOS

μ 90 nm

CMOS

0.18 m

CMOS

μ 0.13 m

CMOS

μ 90 nm 0.18 μ m

a 16 M/s pulse rate, 32 pulses represent 1 bit data