MOJIX Inc. STAR1000C Manual De Usuario
MOJIX STAR User Manual
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the unwanted direction of arrival of the interferer. Interference excision identifies the
waveform class of the interferer and cancels the interference in frequency and time
domain in the signal processing chain of the received signal.
waveform class of the interferer and cancels the interference in frequency and time
domain in the signal processing chain of the received signal.
2. Air Interface Assembly
The AIA is powered directly by the 48 VDC power supply and the AIA in turn powers
each Exciter. Each exciter is connected to the AIA by RJ-50 cable, commonly used in
cable TV, and receives supply voltage, command and control signals, and baseband RF
over this medium. The AIA is typically connected to the enterprise via the LAN or an
optional WLAN.
each Exciter. Each exciter is connected to the AIA by RJ-50 cable, commonly used in
cable TV, and receives supply voltage, command and control signals, and baseband RF
over this medium. The AIA is typically connected to the enterprise via the LAN or an
optional WLAN.
Each exciter, as depicted in Figure 3, creates and is associated with a single
interrogation space, which is individually addressed and controlled by the AIA. Exciters
are physically positioned according to business process needs to provide optimal
performance in exciting Gen2 tags. The AIA is ordinarily positioned as an ‘eye in the
sky’ with a vantage point to all Exciters in the system – this can be line of sight (LOS)
or non-line of sight (NLOS) but always within the rated Rx range.
interrogation space, which is individually addressed and controlled by the AIA. Exciters
are physically positioned according to business process needs to provide optimal
performance in exciting Gen2 tags. The AIA is ordinarily positioned as an ‘eye in the
sky’ with a vantage point to all Exciters in the system – this can be line of sight (LOS)
or non-line of sight (NLOS) but always within the rated Rx range.
Rear View
Right View
Rear Right View
Bottom Left View
Figure 2
The STAR-1000 Air Interface Assembly contains a 1 x 4 array assembly, and digital
and RF processing assemblies. The overall package dimension shown in Figure 5 is 30”
x 10” x 10” (L x W x D). The AIA utilizes classical, fully active, phased array antennas
for enabling the visibility into the space dimension. The smart array approach adopted
by Mojix is based fully on digital processing techniques, thereby providing very high
resolution for estimation of direction of arrival of the signal of interest (SOI), enabling
the system to provide accurate location information on the tag position in the three
dimensional Euclidean space. The STAR-1000 AIA signal processing platform is linked
to a central, generic host computer, and controller via a standard Ethernet 10BaseT
(RJ45)-connector. The controller can drive an arbitrary number of STAR-1000 systems
and RF processing assemblies. The overall package dimension shown in Figure 5 is 30”
x 10” x 10” (L x W x D). The AIA utilizes classical, fully active, phased array antennas
for enabling the visibility into the space dimension. The smart array approach adopted
by Mojix is based fully on digital processing techniques, thereby providing very high
resolution for estimation of direction of arrival of the signal of interest (SOI), enabling
the system to provide accurate location information on the tag position in the three
dimensional Euclidean space. The STAR-1000 AIA signal processing platform is linked
to a central, generic host computer, and controller via a standard Ethernet 10BaseT
(RJ45)-connector. The controller can drive an arbitrary number of STAR-1000 systems
Mojix STAR User Manual 1.2.doc
Friday, October 12, 2007
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