RCLXT16706FE Intel, RCLXT16706FE Datasheet - Page 284

• Manufacturer Part Number: RCLXT16706FE
• Manufacturer: Intel

Specifications of RCLXT16706FE

• Operating Supply Voltage (typ): 3.3V
• Operating Supply Voltage (min): 2.97V
• Operating Supply Voltage (max): 3.63V
• Operating Temp Range: -40C to 85C
• Operating Temperature Classification: Industrial
• Lead Free Status / Rohs Status: Not Compliant

Intel IXF6048 — 51/155/622/2488 Mbit/s SONET/SDH Cell/Packet Interface
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15:4
15:8
15:0
15:0
3:1
Bit
7:0
Bit
Bit
Bit
0
Unused
RcvC2[7:0]
Unused
HptRcvRdi[2:0]
HptRcvSpBit
B3Cnt[15:0]
HptReiCnt[15:0]
R_C2—Received C2 Byte Register ((1cc)A7H)
The contents of this register are the received signal label (C2) byte.
R_HPT_RDI—Received HPT RDI Bits Register ((1cc)A8H)
The contents of this register are the received RDI (G1[3:1]) and spare bits (G1 bit[0]) from the
received G1 byte.
B3_ECNT—B3 Error Event Counter ((1cc)A9H)
This counter is configured via B3CntrCnfg (register R_HPT_C1) to count B3 error events. A write
to the counter (register (1cc)A9H) causes the entire counter to be loaded into a buffer and then
cleared. The contents of the buffer can then be read.
HPTREI_CNT—HPT REI Counter ((1cc)AAH)
If counting HPT REI bit errors (HptReiCntrCnfg, register R_HPT_C1 bit[9] = '0'), each frame’s
HPT REI bits (G1[7:4]) are added to this counter. If counting HPT REI block errors
(HptReiCntrCnfg, register R_HPT_C1 bit[9] = '1'), for each frame in which the value of the REI
bits is nonzero, this counter is incremented. A write to the counter (register (1cc)AAH) causes the
entire counter to be loaded into a buffer and then cleared. The contents of the buffer can then be
read.
Name
Name
Name
Name
Bits [15:0] correspond to B3CNT[15:0], respectively.
Bits [7:0] correspond to RcvC2[7:0], respectively.
Bits [3:1] correspond to G1[3:1], respectively.
G1 bit[0]
Bits [15:0] correspond to HptReiCnt[15:0], respectively.
Description
Description
Description
Description
Type
Type
Type
Type
R
R
R
R
R
Datasheet
Default
Default
Default
Default
0000H
0000H
XXH
'X'
'X'