MOJIX Inc. STAR1000C Manual De Usuario
MOJIX STAR User Manual
www.mojix.com
1. Overview
The origin of Mojix's technology lies in deep space communication theory. By utilizing
time, frequency and space dimensions in processing the received signal from the RFID
tag, Mojix technology provides more than a 30dB increase in link budget when
compared to existing RFID readers. The result is far greater accuracy in read reliability
and up to 10 times improvement in read/write range. With this breakthrough radio
performance, the Mojix STAR-1000 can be configured to achieve any degree of
location accuracy for each RFID tag located in the coverage area.
time, frequency and space dimensions in processing the received signal from the RFID
tag, Mojix technology provides more than a 30dB increase in link budget when
compared to existing RFID readers. The result is far greater accuracy in read reliability
and up to 10 times improvement in read/write range. With this breakthrough radio
performance, the Mojix STAR-1000 can be configured to achieve any degree of
location accuracy for each RFID tag located in the coverage area.
In addition to the fundamental breakthrough in digital packet radio design and
performance, the Mojix STAR-1000 platform has the ability to offer consistent read
rates for nearly all types of goods using advanced signal processing techniques. The
STAR-1000 can utilize Mojix’s Channel Codes (MCC) which is an algorithm used to
ensure and recover tag integrity. MCC solves the problem of reading tags impeded in
line-of-sight from the receive antenna by neighboring objects, such as reading cases in
the middle of a densely packed pallet. MCC seamlessly and reliably solves the problem
of pallet integrity or electronic proof-of-delivery (ePOD). This encoding scheme is
ameans by which each case on a pallet is tagged and uniquely identified and in the event
that some set of those tags fail or are manipulated, then MCC provides a mechanism to
re-build the tag code content.
performance, the Mojix STAR-1000 platform has the ability to offer consistent read
rates for nearly all types of goods using advanced signal processing techniques. The
STAR-1000 can utilize Mojix’s Channel Codes (MCC) which is an algorithm used to
ensure and recover tag integrity. MCC solves the problem of reading tags impeded in
line-of-sight from the receive antenna by neighboring objects, such as reading cases in
the middle of a densely packed pallet. MCC seamlessly and reliably solves the problem
of pallet integrity or electronic proof-of-delivery (ePOD). This encoding scheme is
ameans by which each case on a pallet is tagged and uniquely identified and in the event
that some set of those tags fail or are manipulated, then MCC provides a mechanism to
re-build the tag code content.
Figure 1
The Mojix family of products can be configured to transmit and receive across the UHF
band [902 MHz to 928 MHz] and can operate in both the near and far fields which
makes it possible for a single system to read tags at the pallet, carton or item level. The
UHF, or ISM band as it is commonly referred to, is partially allocated for public use and
is heavily utilized by many different devices and applications which makes operating in
this spectrum especially challenging. Mojix provides both ‘interference nulling’ and
‘interference excision’ Interference nulling mitigates the interference in the space
dimension by minimizing the impinging energy from
band [902 MHz to 928 MHz] and can operate in both the near and far fields which
makes it possible for a single system to read tags at the pallet, carton or item level. The
UHF, or ISM band as it is commonly referred to, is partially allocated for public use and
is heavily utilized by many different devices and applications which makes operating in
this spectrum especially challenging. Mojix provides both ‘interference nulling’ and
‘interference excision’ Interference nulling mitigates the interference in the space
dimension by minimizing the impinging energy from
Mojix STAR User Manual 1.2.doc
Friday, October 12, 2007
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