A Guide to Using Pictograms in Mobile Applications

A long-standing feature

Developers inspecting the user agent profile of a modern handset like the
Motorola XT682 ATRIX TV may be surprised to discover the following ImageCapable declaration which indicates whether a device can display images or not:

This clause is a remnant from a time when mobile phones boasted displays that
showed just a few lines of monospaced characters and could not render bitmap
images. As a remedial feature, mobile clients included a set of glyphs conveying
stereotypical representations of actions, states and objects. These graphical
symbols, frequently stored as a special font in the terminal, could be referred
to in Web pages and served as a substitute for richer, but unprocessable pictures.
(HDML, a markup
format for the mobile Web elaborated in the mid-1990s, offered a syntactic
construct to this effect).

Pictograms were soon considered to be useful as such, and made their way into
i-Mode, WAP and UNICODE specifications.

Pictograms differ from icon resources of native smartphone applications:

  • They are not specific to a single program, but are standard symbols accessible
    from all Web applications. The drawback is that their pre-defined style does not
    allow for a brand or organization-specific look-and-feel.
  • They do not have to be explicitly installed, for they are built in the client
    software. Relying upon pictograms potentially reduces network traffic, as the
    corresponding images need not be downloaded to the terminal.
  • Because they are usually handled like characters, it is straightforward to embed
    them in a normal text flow. On the other hand, they are often unsuitable as
    components of a graphical user interface.

Whether in household appliances, packaging, or car dashboards, pictograms are ubiquitous in daily life; their application in mobile services is thus a natural step.


Symbols with easily recognizable semantics can improve the usability of mobile Web
applications when used judiciously, for example in the following cases:

  1. Distinguishing similar elements from each other In the mobile Web, a clickable link may serve to navigate to another Web page;
    to initiate a file download; to establish a telephone call or a video call; to
    send an SMS, an MMS or an e-mail. A pictogram identifies the type of action
    corresponding to each URL.
  2. Drawing attention to specific items A pictogram makes elements with important properties stand out:
    • marking items in a list which have been recently modified;
    • tagging those form fields that contain erroneous values;
    • signalling that the activation of a button or a link entails a side-effect.


  3. Summarizing information If a picture is worth a thousand words, a pictogram is possibly worth a
    short sentence – as demonstrated by entrenched practices and conventions:

    • railway timetables rely upon symbols to condense instructions such as “seat
      reservation is compulsory”, “runs only on Saturdays”, etc;
    • tourist guides summarize the description of an accommodation with symbols
      for the hotel category and its amenities;
    • meteorological forecasts provide overviews constructed out of images for
      each weather condition (e.g. “heavy snow shower during the day”).


  4. Expressing concepts Pictograms act as signifiers so that textual expressions of those concepts
    are never employed. Well-known instances are emoticons and traffic signs.

examples of pictograms

The preceding picture illustrates various forms of pictograms. From left
to right: a WAP XHTML document with symbols identifying link types; a typical
i-Mode page generously spiced with emojis; and a Wikipedia article showing
support for ISO pictographs on an Android handset.

Just like with many other aspects of the mobile Web, the deployment of this
venerable, albeit little-known building block must cater for various generations
of competing standards and discrepancies between implementations. In the following,
we survey the ways to declare pictograms in mobile Web pages and provide
correspondence tables between relevant symbol dictionaries.

Openwave icons

The browser developed by the firm Openwave (formerly called Unwired Planet, then
phone.com, today Myriad) is the longest serving mobile Web client in existence,
and is still deployed on numerous handsets with limited hardware capabilities.
It supports a form of pictograms identified by name or by number:

The syntax works in XHTML and WML. Attribute localsrc takes
precedence over src and alt, in both cases displaying
the pre-defined icon star2.
The numbering scheme is recommended. Recognizing an Openwave browser is
easy, since its user agent identifier matches the egrep/Perl pattern:

(UP.Browser/[0-9.]+)|([Oo]pen[Ww]ave[/ ]?[0-9.]+)

Version Icon range Remarks
≥ 4.1 1 – 175 The browser implements WML
≥ 5.0 1 – 175, 500 – 518 The browser also implements XHTML
≥ 6.1 1 – 175, 500 – 536
≥ 6.2 1 – 175, 500 – 561 The browser supports WAP pictograms

Nowadays, the original Openwave browser documentation can be retrieved only
from the Internet archive.

To this day, the Japanese operator KDDI commercializes phones featuring
Openwave software which, depending on the device class, incorporates built-in
icon sets supplementing the basic dictionary, or retrieves them as external

Class Icon range Remarks
A, B 1 – 175 176 – 330, 500 – 518 as downloadable images; old models
C (1) 1 – 304 305 – 330, 500 – 518 as downloadable images; old models
C (2) 1 – 304, 500 – 518
D (1) 1 – 334 some models with animated icons
D (2) 1 – 518, 700 – 822 some models with animated icons
D (3), F 1 – 518, 700 – 828 some models with animated icons in D; no animations in F

KDDI publishes on its WWW site a correspondence table between handset models
and supported icon ranges. Although all pictograms are assigned names, they
are usually embedded in Web pages with the Openwave numbering scheme.

Icons in overlapping ranges are compatible across all Openwave devices, but
slight variations exist: several arrows pointing straight upwards or downwards
(numbered 42, 43, 70, 71) become oblique in later implementations, whereas some
simple triangles become doubly tipped ones (7, 8, 34, 35).

WAP pictograms

The WAP standard from the Open Mobile Alliance comprises a dictionary of
62 core and 205 optional pictograms, markup to declare them, and a fall-back
mechanism in case a symbol is not implemented in the handset. In XHTML mobile

The browser outputs the pictogram for new if locally available;
otherwise, it downloads the file indicated in the img tag,
or displays the string in the alt
attribute if the image itself cannot be rendered. Older browsers (such as
Motorola MIB) may subject pictograms to the same restrictions as external
bitmaps – for instance enforcing a limit on the number of images that can
appear on a Web page.

The local presence of specific symbols may vary from a browser version to
another; the following compatibility table therefore considers whether the
client software recognizes the WAP pictogram syntax and defaults correctly
to an external image when appropriate.

OS / Browser Vendor Version Support Remarks
Android Google ≤ 4.1 no displays error placeholder
Bada / Dolfin Samsung ≥ 2.0 partial uses the fall-back
Blackberry RIM ≤ 7.1 partial uses the fall-back
iOS / Safari Apple ≤ 6.0 no error alert, empty placeholder
Meego Nokia ≥ 8.5 partial uses the fall-back
MIB Motorola ≥ 2.2 yes core set; emotion set ≥ 2.2.1
Mobile IE Microsoft ≤ 9.0 partial uses the fall-back
NetFront Access ≥ 3.2 yes implements the core set
Obigo Teleca ≥ Q05A yes implements the core set
Opera Mini Opera ≥ 4.0 partial uses the fall-back
Opera Mobile Opera ≥ 10.0 partial uses the fall-back
S40 Nokia ≤ 6th ed. no displays error placeholder
SEMC SonyEricsson ≥ 4.0 yes implements the core set
Symbian Nokia < 7.0 partial uses the fall-back
≥ 7.0 no displays empty placeholder
TSS Samsung ≥ 2.5 partial uses the fall-back
UP.Browser Openwave ≥ 6.2 yes implements the core set

It appears that, while most browsers recognize the syntax declaring WAP
pictograms, this feature is fully supported only by legacy browsers not
based on Webkit and explicitly preferring XHTML mobile profile over HTML
and XHTML basic. This presumably excludes the newest generation of the
NetFront (NX), Obigo (v. 10) and Myriad (Openwave v. 9) software built
upon Webkit, which could not be tested at the time of this writing. One
should also keep in mind that interactive mobile Web validators such as
are geared towards XHTML basic, and hence may erroneously flag WAP
pictograms as mobile-unfriendly resources.

The official reference for WAP pictograms is published on the
WWW site.

ISO pictograms

ISO normalized numerous pictograms with
UNICODE 6.0, refining proposals
originally submitted by Google and Apple to harmonize Japanese emojis.
The corresponding code points are reserved
in various blocks of the UNICODE space, chiefly “miscellaneous symbols and
pictographs”, “emoticons”, and “enclosed alphanumerics supplement”; blocks
“transport and maps”, “miscellaneous symbols and arrows”, “miscellaneous
symbols”, “dingbats”, “enclosed alphanumerics” also contain useful pictograms.

Web pages access all these symbols via numeric character references:

ISO pictographs are thus dealt with exactly like characters; there is no
graceful fall-back if the necessary font is not installed in the
terminal – missing glyphs might appear as question marks, black squares, or
blank spaces. Absent a Javascript routine to test the existence of specific
glyphs on a client, support for ISO pictograms must be determined on the
application server via a device description repository.

Since they are resources of the operating system, pictographs are in principle
not tied to the browser and are available to other software modules as well.
However, because of their intrinsic nature as characters, some caution is required:

  • Several character blocks of interest are located in the UNICODE Supplementary
    Multilingual Plane. Third-party applications do not always handle characters
    outside the Basic Multilingual Plane properly. As a consequence, some symbols
    may be correctly displayed, while others are unrecognised. This appears to be
    the case with Opera Mobile, which does not render all standard ISO pictographs
    enabled on Android 4.1.
  • Pictographs are usually provisioned through the default system typeface built
    in the terminal. They may become inaccessible if the user switches his browser
    or general user interface preferences to a different font.
  • Content styled with specific typefaces raises similar problems. Regrettably, CSS
    offers no construct to force a textual element or a numeric character reference
    to be rendered in the context of the default client font.

In the following, we consider the pictograms listed in tables of sections
7 and 8.
IPR symbols refer to signs for “copyright”, “trademark”
and “registered trademark”.

OS Version core emotions Remarks
Android ≥ 4.1 partial yes Extensive coverage of the ISO norm, with just a couple of omissions in the core dictionary.
Bada ≥ 2.0 no no Supports circled digits, IPR symbols and a couple of isolated pictographs.
iOS ≥ 6.0 yes yes Exhaustive provision of “emoticons” and “miscellaneous symbols and pictographs”.
Meego ≥ 1.2 no no Circled digits, most arrows, IPR symbols and a handful of other pictographs.
Symbian ≥ Belle no no Implements circled digits 1 to 9, IPR symbols and the single traditional smiley.
Windows Phone ≥ 7.5 partial yes Good coverage, except for some blocks like “miscellaneous symbols and arrows”.

With Bada, BlackberryOS, Meego, Symbian and WebOS being either wound down,
neglected or undergoing an uncertain overhaul, support for ISO pictographs
is likely to remain the preserve of Windows Phone, iOS and Android in the
foreseeable future. Only Nokia S40 might be in a position to adopt this
feature in the short term.


Mobile applications developed in the Far East rely extensively on pictograms.
The Japanese mobile Web is a world unto itself, and its implementations of
pictograms (called emojis) exhibit a number of peculiarities:

  • Each mobile network operator (Willcom, Softbank, NTT DoCoMo, KDDI) defines
    its own set of emojis. While dictionaries overlap, there is no bijective
    relation between them.
  • Just like with ISO pictographs, Japanese emojis correspond to symbols in
    the code space of the document character set. However, because of legacy
    character encodings, character references vary depending on whether Web
    pages are formatted in a UNICODE-compliant encoding (such as UTF-8) or
    not. For instance, the new symbol in i-Mode is represented by decimal
    character reference in pages encoded with
    Shift_JIS (corresponding to code point 0xF982 in the Shift_JIS space),
    but by the hexadecimal reference in pages encoded
    with UTF-8.
  • In some environments, a pictogram may be directly entered as a sequence of
    bytes corresponding to its character encoding.
  • The set of emojis and their encoding may differ amongst user agents in the
    same device (for instance the electronic mail client and the browser).

This article at mobiForge
clarifies the underlying concepts and the intricacies of character encoding.

Operator Dictionary Emoji Representation of symbol “telephone call”
DoCoMo 2 levels
252 symbols max.
DoCoMo phone call (Shift_JIS)
KDDI 7 levels
647 symbols max.
KDDI phone call (Shift_JIS)
Softbank 6 levels
485 symbols max.
Softbank phone call chr(27).'$E$'.chr(15) (PHP string equivalent of Shift_JIS binary code)
Willcom 2 sets
163 symbols + 252 i-Mode emojis
Willcom phone call (Shift_JIS, Willcom-specific)
(Shift_JIS, i-Mode compatible)

Operators have published (mainly in Japanese) detailed documentation about
their versions of emojis; they can be obtained from the WWW sites listed above.
Comprehensive correspondence tables describing how to insert emojis into Web
pages are presented at trialgoods.com.
In 2012, Japanese operators harmonized the design of their pictograms in the
style of i-Mode emojis.

Emojis are so popular that Apple was compelled to implement a version derived
from the Softbank dictionary upon launching the iPhone in the Japanese market.
Version 5.0 of iOS also made these pictograms generally available to non-Japanese
iPhone models after a reorganisation to comply with the ISO norm – which implies
that pre- and post-iOS 5.0 devices refer to emojis through separate numeric ranges.

iOS version emojis Remarks
≥ 2.2.1 469 pictograms stored in a private code space
e.g. symbol glowing star:
≥ 5.0 468 most pictograms re-mapped to standard UNICODE ranges
e.g. symbol glowing star: ?
≥ 6.0 845

The site iemoji.com lists each
iOS emoji with its numeric encodings.

Core dictionary

While there is ample on-line documentation about finding equivalent
symbols in Japanese emoji dictionaries, such information is sorely
lacking for the formats used in the rest of the world. We present here
a correspondence table between WAP, Openwave, ISO, and iOS pictograms.
The entries are organized according to the core WAP dictionary, and
therefore deal with a limited subset of the standards under consideration.
This is justified on the following grounds:

  1. The entire set of potentially relevant symbols defined by ISO inside
    various UNICODE character blocks amounts to well over 1300 items, and
    would at any rate result in an unwieldy table.
  2. Feature phones, most of them running a WAP or Openwave browser, currently
    represent about 75% of the installed base of handsets worldwide.
  3. The core dictionary covers the most commonly useful symbols, and, to our
    knowledge, is the only one to have been fully ported to WAP terminals.

Hence, these tables should prove especially useful when setting up universally
accessible mobile Web sites – despite the fact that several pictograms
(especially “beginner”, “clear” and
“toll-free”) betray their Japanese
origins. Developers exclusively targeting modern smartphones need only
refer to the ISO norm when inserting pictograms in their applications.

WAP Openwave ISO WP android iOS
Class – name Nr Name Code 7.5 4.1 ≥ 5.0 < 5.0
up 42 uparrow2 2B06 no yes yes E232
down 43 downarrow2 down 2B07 no yes yes E233
right 70 rightarrow2 right 27A1 yes yes yes E234
left 71 leftarrow2 left 2B05 no yes yes E235
upperRight 537 upperRight upperRight 2B08 no 2197 2197 E236
upperLeft 538 upperLeft upperLeft 2B09 no 2196 2196 E237
lowerRight 539 lowerRight lowerRight 2B0A no 2198 2198 E238
lowerLeft 540 lowerLeft lowerLeft 2B0B no 2199 2199 E239
fingerUp 541 fingerUp fingerUp 1F446 yes yes yes E22E
fingerDown 542 fingerDown fingerDown 1F447 yes yes yes E22F
fingerRight 141 righthand fingerRight 1F449 yes yes yes E231
fingerLeft 140 lefthand fingerLeft 1F448 yes yes yes E230
1 527 one 1 22460 yes 5yes 0031 20E3 E21C
2 528 two 2 22461 yes 5yes 0032 20E3 E21D
3 529 three 3 22462 yes 5yes 0033 20E3 E21E
4 530 four 4 22463 yes 5yes 0034 20E3 E21F
5 531 five 5 22464 yes 5yes 0035 20E3 E220
6 532 six 6 22465 yes 5yes 0036 20E3 E221
7 533 seven 7 22466 yes 5yes 0037 20E3 E222
8 534 eight 8 22467 yes 5yes 0038 20E3 E223
9 535 nine 9 22468 yes 5yes 0039 20E3 E224
0 536 zero 0 224EA yes no 0030 20E3 E225
makePhoneCall 155 phone2 makePhoneCall 1F4F2 yes yes yes E104
find 119 magnifyglass find 1F50D yes yes yes E114
userAuthentication 517 personal userAuthentication 1F194 yes yes yes E229
password 543 password password 1F511 yes yes yes E03F
nextItem 544 nextItem nextItem 1F517 yes yes 6yes no
clear 545 clear clear 1F191 yes yes 6yes no
stop 98 stopsign stop 26D4 yes yes 6yes 1E337
top 35 uptri2 top 325B2 yes yes 1F53C E24C
next 8 righttri2 next 325C0 yes yes yes E23A
back 511 back back 325B6 yes yes yes E23B
no 34 downtri2 down 25BC yes yes 1F53D no
receive 546 receive receive 1F4E8 yes yes 6yes no
send 547 send send 1F4E9 yes yes yes E103
message 108 envelope1 message 1F4E7 yes yes 6yes no
document 56 document1 document 1F4C4 yes yes 6yes no
attachment 143 paperclip attachment 1F4CE yes yes 6yes no
folder 79 folder1 folder 1F4C1 yes yes 6yes no
inbox 154 inbox inbox 1F4E5 yes yes 6yes 1E101
outbox 153 outbox outbox 1F4E4 yes yes 6yes 1E102
secure 138 lockkey secure 1F512 yes yes yes E144
insecure 548 insecure insecure 1F513 yes yes yes E145
copyright 81 copyright copyright 00A9 yes 5yes yes E24E
trademark 54 trademark trademark 2122 yes 5yes yes E537
underConstruction 549 underConstruction underConstruction 1F6A7 yes yes yes E137
beginner 550 beginner beginner 1F530 yes yes yes E209
no 82 registered registered 00AE yes 5yes yes E24F
book 101 book3 book 1F4D6 yes yes yes E148
video 115 vidtape video 1F4FC yes yes yes E129
cd 551 cd cd 1F4BF yes yes yes E126
dvd 552 dvd dvd 1F4C0 yes yes yes E127
game 45 baseball game 1F3AE yes yes 6yes no
radio 553 radio radio 1F4FB yes yes yes E128
tv 554 tv tv 1F4FA yes yes yes E12A
no 171 newspaper newspaper 1F4F0 yes yes 6yes no
notice 555 notice notice 26A0 yes yes yes E252
charged 14 dollarsign charged 1F4B2 yes yes 6yes no
freeofcharge 557 freeofcharge freeofcharge 1F193 yes yes 6yes no
new 72 gem new 1F195 yes yes yes E212
position 556 position position 1F6A9 yes yes yes no
tollfree 558 tollfree tollfree 27BF no yes yes E211
sharpdial 559 sharpdial sharpdial 0023 20E3 no no yes E210
reserved 560 reserved reserved 41F4BA yes yes yes E11F
speechinfo 561 speechinfo speechinfo 1F50A yes yes yes E141
no 87 creditcard creditcard 1F4B3 yes yes yes no

Values are hexadecimal references to code points in the UNICODE space, and
images exemplary depictions of the associated symbols. Sometimes, an operating
system provisions the pictogram via a different UNICODE character, whose code
point is then mentioned explicitly. We suggest approximate substitutes whenever
a straightforward translation from one dictionary to another is infeasible:

  1. No direct match; entry is a proposed surrogate.
  2. iOS implements these pictograms through UNICODE combining character
    sequences (numeral followed by an enclosing keycap) – a feature rarely
    present elsewhere. Relying upon “circled digits” instead is more portable.
  3. These symbols are more generic than ISO labelled arrows at code points
    U+1F51D (“top”), U+1F51C (“soon”),
    U+1F519 (“back”).
  4. ISO character U+1F22F embodies exactly the meaning of “reserved”
    (e.g. seat reservation), but is a Japanese ideogram. The proposed replacement
    is more suitable for other countries.
  5. Already available in Android version 1.6.
  6. Only available in iOS since version 6.0.

Emoticon dictionary

Class “emotions” is the sole subset of the optional WAP dictionary
that has enjoyed some (modest) level of support in mobile phones. It comprises a
number of smileys for which we propose equivalent iOS, ISO and Openwave
representations. This table also applies the tweaks and descriptive conventions
used for the core dictionary.

WAP Openwave ISO WP android iOS
Class – name Nr Name Code 7.5 4.1 ≥ 5.0 < 5.0
smile 520 🙂 smile 1F603 yes yes yes E057
cry no cry 1F622 yes yes yes E413
sad 521 🙁 sad 1F614 yes yes yes E403
angry no angry 1F620 yes yes yes E059
pullFace 525 😛 pullFace 1F61C yes yes yes E105
inLove 51 heart inLove 1F60D yes yes yes E106
shock no shock 1F631 yes yes yes E107
coldSweat no coldSweat 1F613 yes yes yes E108
shakenHeart no shakenHeart 1F493 yes yes yes E327
brokenHeart no brokenHeart 1F494 yes yes yes E023
discourage 524 😐 discourage 1F61E yes yes yes E058
flash 77 lightbulb flash 1F4A1 yes yes yes E10F
sleepy no sleepy 1F62A yes yes yes E408
anxious no anxious 1F628 yes yes yes E40B
surprised 526 😮 surprised 1F632 yes yes yes E410
tutting no tutting 1F612 yes yes yes E40E
happy 523 😀 happy 1F604 yes yes yes E415
punch no punch 1F44A yes yes yes E00D
wink 522 😉 wink 1F609 yes yes yes E405
thumbsUp 26 1plus thumbsUp 1F44D yes yes yes E00E
thumbsDown 27 1minus thumbsDown 1F44E yes yes yes E421
kiss no kiss 1F618 yes yes yes E418
smell no smell 1F60F yes yes yes E402
cool no cool 1F60E yes yes yes no
hug no hug 1F61A yes yes yes E417
trapped no trapped 1F633 yes yes yes E40D
shine no shine 1F60A yes yes yes E056
no 68 smileyface smiley 263A yes yes yes E414

Smileys have long been extremely popular in messaging applications and
Internet discussion forums. Every major platform (Yahoo! Messenger,
Microsoft Messenger, America Online, among others) offers a rich set
of icons to let users liven up the texts they send to each other.
Emoticons are entered as pre-defined identifiers or character sequences
(for instance :-) or 8-|).
The messaging clients of some mobile operating
systems (notably Windows Phone) follow a similar approach.

Service platforms

Unfortunately, major device description repositories provide very few
data describing pictographic terminal capabilities. Developers may resort
to attributes such as the type of browser or the version of the operating
system run by the handset in order to fine-tune the representation of mobile

Programs that map pictogram dictionaries and encodings to each other
are necessary when generating content for terminals implementing
different pictographic formats, or when exchanging messages amongst
them. Here is a sample of public-domain tools that translate between
popular Japanese conventions.

We are not aware of any similar gateway utilities for ISO, Openwave and WAP.Concluding remarksThe interest in pictograms was rekindled when Apple released an iPhone
model with an abundant collection of colourful icons embeddable in
applications and Web pages. The revision of UNICODE published in October
2010 increases the relevance of pictograms for smartphones, but feature
phones and legacy handsets have long been endowed with a comparable
capability – albeit via different mechanisms. The information presented
in this article should enable developers to decide how to integrate
pictograms in their Web sites – taking into account requirements about
application look-and-feel, the range of targeted devices, and the facilities
to configure their Web service platform with pictogram generators.We recommend a utilization of pictograms more parsimonious than what one
can often observe in Asian mobile Web sites. Hence, the core dictionary
should suffice for the first couple of – very common – scenarios listed
in section 2.Beyond this basic set, ISO specifies a profusion of idiosyncratic signs
for the Chinese horoscope, Japanese places and holidays, Nippon cuisine,
service ideograms, manga characters, as well as more universally interesting
pictographs related to office supplies, commercial and professional activities,
sports, games, vehicles, plants, animals, the weather, geometric shapes and
additional emoticons. WAP defines many optional items that map easily to
those ISO code points, but lacking support in WAP handsets makes this
compatibility immaterial in practice. On the other hand, about 160 actual
Openwave icons correspond to symbols scattered throughout UNICODE and may
prove occasionally useful when catering for low-end devices. Developers
can peruse the Openwave documentation to ascertain the equivalence of
individual pictograms on a case-by-case basis. Sites such as
shapecatcher.com and
have query tools that facilitate the exploration of the UNICODE character space.Of course, the situation may arise where the symbol of interest is completely
unsupported by a handset or a standard. The manipulation of custom icons
(such as those used in the present article, extracted from the
fatcow collection of free icons)
is an issue to be addressed in another instalment.

Language DoCoMo KDDI Softbank Willcom iOS < 5.0 ISO
RUBY partial yes yes no yes no
Only UNICODE encoding. DoCoMo codes erroneously assumed identical to those of KDDI.
PHP yes yes yes no partial yes
Only UNICODE encoding. Although not explicitly supported, iOS pre-5.0 uses Softbank codes.
PERL yes yes yes no partial no
Shift_JIS and UTF-8 encodings. Although not explicitly supported, iOS pre-5.0 uses Softbank codes.

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