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document, offline data access should be supported. The largest UHF tag IC available at the
moment - UCODE HSL
6
from NXP (ISO 18000-6B) is going to be obsolete, the latest NXP
IC G2XM contains 240 bit EPC area and 512 bit user memory, neither satisfying
SMARTMUSEUM needs. Based on the reasons listed HF RFID technology is the only
suitable for the project. From technological side it is reasonable to embed UHF reader into the
cellular device and perhaps after five to seven years it could be optimal to use magnetic link
UHF tags for SMARTMUSEUM like applications.
Table 4 Leading RFID technologies in SM context
6 http://www.nxp.com/acrobat_download/literature/9397/75011867.pdf
Grant Agreement Number: FP7-216923
Acronym: SMARTMUSEUM
Project title: Cultural Heritage Knowledge Exchange
Platform
-13-
Low Frequency
LF
High Frequency
HF
Ultra High
Frequency
UHF
Microwave
uW
Frequency range 30-300 kHz 3-30 MHz 300-1000 MHz 2-30 GHz
Main operating
frequencies
125-134 kHz
worldwidely
13,56 MHz
worldwidely
433 MHz
worldwidely,
902-928 MHz
USA,
865-868 MHz EU,
950-956 MHz
Japan,
920-925 MHz
China
2,45 GHz
worldwidely
Read range (<1W
radiated power or
max allowed)
1-7 cm 1-7 cm up to 4 m up to 1 m (0,5 W
ERP)
Access speed below 1 kbps up to 1 Mbps usually 40-160
kbps
usually 10
Tag data space ID only Up to several
kilobytes, largest
tags so far
Up to 0,5 kB,
expected to
increase in the
further
Usually ID only
General
comments
Slow, expensive
tags, handheld
readers available
Some cell phones
include reader,
well and
worldwidely
standardized,
medium tag price
Simple and cheap
tags, reader
configuration
depends on region
Rare, most popular
in Japan
Existing
standards
ISO 11784, ISO
11785
ISO 15693,
ISO14443A,B
ISO 18000-6B,C ISO 18000-4
Relevance to SM
solutions
low
highest medium low
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