Character Symbols | Teradata Vantage - Character Symbols - Teradata Vantage - Database Engine 20

International Character Set Support

Deployment
VantageCloud
VantageCore
Edition
VMware
Enterprise
IntelliFlex
Product
Database Engine 20
Teradata Vantage
Release Number
20.00
Published
June 2025
ft:locale
en-US
ft:lastEdition
2025-08-28
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jun1747160330269.ditamap
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pny1626732985837.ditaval
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hqj1472245413611
lifecycle
latest
Product Category
Teradata Vantage™

The symbols, along with character sets with which they are used, are defined in the following table.

Symbol Encoding Meaning
a–z

A–Z

0–9

Any Any single byte Latin letter or digit.
az

AZ

09

Any Any fullwidth Latin letter or digit.
< KanjiEBCDIC Shift Out [SO] (0x0E).

Indicates transition from single to multibyte character in KanjiEBCDIC.

> KanjiEBCDIC Shift In [SI] (0x0F).

Indicates transition from multibyte to single byte KanjiEBCDIC.

T Any Any multibyte character.

The encoding depends on the current character set.

For KanjiEUC, code set 3 characters are always preceded by “ss 3”.

I Any Any single byte Hankaku Katakana character.

In KanjiEUC, it must be preceded by “ss 2”, forming an individual multibyte character.

Δ Any Represents the graphic pad character.
Δ Any Represents a single or multibyte pad character, depending on context.
ss  2 KanjiEUC Represents the EUC code set 2 introducer (0x8E).
ss 3 KanjiEUC Represents the EUC code set 3 introducer (0x8F).

For example, string “TEST”, where each letter is intended to be a fullwidth character, is written as TEST. Occasionally, when encoding is important, hexadecimal representation is used.

For example, the following mixed single byte/multibyte character data in KanjiEBCDIC character set

LMN<TEST>QRS

is represented as:

D3 D4 D5 0E 42E3 42C5 42E2 42E3 0F D8 D9 E2