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Privacy policy. There are a number of other character sets, primarily European, that define the characters within the range 0x00 - 0x7F identically to the ASCII character set and also define an extended character set from 0x80 - 0xFF.

However, some non-European character sets, such as Japanese Kanji, include many more characters than can be represented in a single-byte coding scheme, and so require multibyte-character set MBCS encoding. Many SBCS routines in the Microsoft run-time library handle multibyte bytes, characters, and strings as appropriate. In many multibyte character sets, each character in the range 0x00 - 0x7F is identical to the character that has the same value in the ASCII character set.

A multibyte character set can consist of both one-byte and two-byte characters. A multibyte-character string can contain a mixture of single-byte and double-byte characters. A two-byte multibyte character has a lead byte and a trail byte.

Serializer 1. Transmitter Buffer. Transmitter Polarity Inversion 1. Bit Reversal. Transmitter Buffer Features and Capabilities 1. Programmable Transmitter Analog Settings 1. Programmable Transmitter VCM 1.

Transmitter Protocol Specific. Receiver PMA Datapath. Receiver Buffer 1. Receiver Buffer. Programmable Receiver VCM 1. Signal Threshold Detection Circuitry. Transmitter PLL. Channel PLL Architecture 1. Lock-to-Reference Mode 1. Lock-to-Data Mode 1. PCS Architecture. Transmitter PCS Datapath 1. Receiver PCS Datapath. Transmitter PCS Datapath. Byte Serializer 1. Transmitter Bit-Slip. Registered Mode 1. Phase Compensation Mode. Byte Serializer. Byte Serializer in Single-Width Mode 1.

Byte Serializer in Double-Width Mode. Running Disparity Control 1. Control Code Encoding 1. Reset Condition 1. Encoder Output During Reset Sequence. Word Aligner 1. Byte Deserializer 1.

Byte Ordering 1. Word Aligner. Word Aligner Options and Behaviors 1. Word Aligner in Manual Alignment Mode 1. Word Aligner in Bit-Slip Mode 1. Programmable Run-Length Violation Detection 1. Receiver Polarity Inversion 1.

Bit Reversal 1. Receiver Byte Reversal. Control Code Group Detection. Byte Deserializer. Byte Deserializer in Single-Width Mode 1. Byte Deserializer in Double-Width Mode.

Byte Ordering. Byte Ordering in Single-Width Mode 1. Byte Ordering in Double-Width Mode 1. Word Aligner-Based Ordering Mode 1. Transceiver Architecture in Cyclone V Devices 2. Transceiver Clocking in Cyclone V Devices 3.

Transceiver Loopback Support 7. Dynamic Reconfiguration in Cyclone V Devices. Transceiver Architecture in Cyclone V Devices. Architecture Overview 1. PMA Architecture 1. PCS Architecture 1. Channel Bonding 1. PLL Sharing 1. Document Revision History. Architecture Overview. Transceiver Banks 1. Transceiver Channel Architecture.

Transceiver Banks. Usage Restrictions on Specific Channels. PMA Architecture. Transmitter PMA Datapath 1. Receiver PMA Datapath 1. Transmitter PLL 1. Clock Divider 1. Calibration Block. Transmitter PMA Datapath. Serializer 1. Transmitter Buffer. Transmitter Polarity Inversion 1. Bit Reversal. Transmitter Buffer Features and Capabilities 1. Programmable Transmitter Analog Settings 1.

Programmable Transmitter VCM 1. Transmitter Protocol Specific. Receiver PMA Datapath. Receiver Buffer 1. Receiver Buffer.

Programmable Receiver VCM 1. Signal Threshold Detection Circuitry. Transmitter PLL. Channel PLL Architecture 1.

Lock-to-Reference Mode 1. Lock-to-Data Mode 1. PCS Architecture. Transmitter PCS Datapath 1. Receiver PCS Datapath. Transmitter PCS Datapath. Byte Serializer 1. Transmitter Bit-Slip. Registered Mode 1. Phase Compensation Mode. Byte Serializer. Byte Serializer in Single-Width Mode 1. Byte Serializer in Double-Width Mode.