ALXD800EEXJCVD C3 AMD (ADVANCED MICRO DEVICES), ALXD800EEXJCVD C3 Datasheet - Page 665

• Manufacturer Part Number: ALXD800EEXJCVD C3
• Manufacturer: AMD (ADVANCED MICRO DEVICES)

Specifications of ALXD800EEXJCVD C3

• Operating Temperature (min): 0C
• Operating Temperature (max): 85C
• Operating Temperature Classification: Commercial
• Mounting: Surface Mount
• Lead Free Status / RoHS Status: Compliant

Instruction Set
AMD Geode™ LX Processors Data Book
PSUBB Subtract Byte With Wrap-Around
PSUBD Subtract Dword With Wrap-Around
PSUBSB Subtract Byte Signed With Saturation
PSUBSW Subtract Word Signed With Saturation
PSUBUSB Subtract Byte Unsigned With Saturation
PSUBUSW Subtract Word Unsigned With Saturation
PSUBW Subtract Word With Wrap-Around
PUNPCKHBW Unpack High Packed Byte, Data to Packed Words
PUNPCKHDQ Unpack High Packed Dword, Data to Qword
PUNPCKHWD Unpack High Packed Word, Data to Packed Dwords
PUNPCKLBW Unpack Low Packed Byte, Data to Packed Words
PUNPCKLDQ Unpack Low Packed Dword, Data to Qword
PUNPCKLWD Unpack Low Packed Word, Data to Packed Dwords
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX Register 2 to MMX Register 1
Memory to MMX Register
MMX™ Instructions
Table 8-28. MMX™ Instruction Set (Continued)
0FF8 [11 mm1
mm2]
0FF8 [mod mm r/m]
0FFA [11 mm1
mm2]
0FFA [mod mm r/m]
0FE8 [11 mm1
mm2]
0FE8 [mod mm r/m]
0FE9 [11 mm1
mm2]
0FE9 [mod mm r/m]
0FD8 [11 mm1
mm2]
0FD8 [11 mm reg]
0FD9 [11 mm1
mm2]
0FD9 [11 mm reg]
0FF9 [11 mm1
mm2]
0FF9 [mod mm r/m]
0F68 [11 mm1 mm2]
0F68 [11 mm reg]
0F6A [11 mm1
mm2]
0F6A [11 mm reg]
0F69 [11 mm1 mm2]
0F69 [11 mm reg]
0F60 [11 mm1 mm2]
0F60 [11 mm reg]
0F62 [11 mm1 mm2]
0F62 [11 mm reg]
0F61 [11 mm1 mm2]
0F61 [11 mm reg]
Opcode
MMX reg 1 [byte] <--- MMX reg 1 [byte] - MMX reg 2 [byte]
MMX reg [byte] <--- MMX reg [byte] - memory [byte]
MMX reg 1 [dword] <--- MMX reg 1 [dword] - MMX reg 2
[dword]
MMX reg [dword] <--- MMX reg [dword] - memory64 [dword]
MMX reg 1 [sign byte] <--- sat -- (MMX reg 1 [sign byte] sub-
tract MMX reg 2 [sign byte])
MMX reg [sign byte] <--- sat --- (MMX reg [sign byte] subtract
memory64 [sign byte])
MMX reg 1 [sign word] <--- sat --- (MMX reg 1 [sign word] -
MMX reg 2 [sign word])
MMX reg [sign word] <--- sat --- (MMX reg [sign word] -
memory64 [sign word])
MMX reg 1 [byte] <--- sat --- (MMX reg 1 [byte] - MMX reg 2
[byte])
MMX reg [byte] <--- sat --- (MMX reg [byte] - memory64 [byte])
MMX reg 1 [word] <--- sat --- (MMX reg 1 [word] - MMX reg 2
[word])
MMX reg [word] <--- sat --- (MMX reg [word] - memory64
[word])
MMX reg 1 [word] <--- (MMX reg 1 [word] - MMX reg 2 [word])
MMX reg [word] <--- (MMX reg [word] - memory64 [word])
MMX reg 1 [word] <--- {MMX reg 1 [high byte], MMX reg 2
[high byte]}
MMX reg [word] <--- {memory64 [high byte], MMX reg [high
byte]}
MMX reg 1 <--- MMX reg 1 [high dword], MMX reg 2 [high
dword]
MMX reg <--- {memory64 [high dword], MMX reg [high
dword]}
MMX reg 1 [dword] <--- MMX reg 1 [high word], MMX reg 2
[high word]
MMX reg [dword] <--- memory64 [high word], MMX reg [high
word]
MMX reg 1 [word] <--- MMX reg 1 [low byte], MMX reg 2 [low
byte]
MMX reg [word] <--- memory64 [low byte], MMX reg [low byte]
MMX reg 1 <--- MMX reg 1 [low dword], MMX reg 2 [low
dword]
MMX reg <--- memory64 [low dword], MMX reg [low dword]
MMX reg 1 [dword] <--- MMX reg 1 [low word], MMX reg 2
[low word]
MMX reg [dword] <--- memory64 [low word], MMX reg [low
word]
Operation
33234H
Clock Ct
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Notes
665