After detecting an error, the solution attempts correction. Errors are correctable depending on the selected correction mode and error type. Table: Non-SSI: Max Error Correction Latency (100 MHz) No Throttling on Monitor Interface and Table: SSI: Max Error Correction Latency (70 MHz) No Throttling on Monitor Interface provide error correction latency for a configuration frame upset, assuming no throttling on the Monitor Interface.
Correction
|
Errors in Frame (Correctability) |
Error Correction State at ICAP_F Max |
---|---|---|
Repair |
1-bit (Correctable) |
610 µs |
2-bit (Uncorrectable) |
25 µs |
|
Enhanced Repair |
1-bit (Correctable) |
610 µs |
2-bit (Correctable) |
18,790 µs |
|
2-bit (Uncorrectable) |
9,110 µs |
|
BFR (1) -only (Uncorrectable) |
10 µs |
|
Replace |
Any (Correctable) |
830 µs |
Any |
CRC-only (Uncorrectable) |
10 µs |
Notes: 1. BFR is an error condition due to a multi-bit upset in an enhanced repair checksum stored in block RAM. |
Correction
|
Errors in Frame (Correctability) |
Error Correction State at ICAP_F Max |
---|---|---|
Repair |
1-bit (Correctable) |
915 µs |
2-bit (Uncorrectable) |
70 µs |
|
Enhanced Repair |
1-bit (Correctable) |
910 µs |
2-bit (Correctable) |
26,900 µs |
|
2-bit (Uncorrectable) |
13,010 µs |
|
BFR (1) -only (Uncorrectable) |
10 µs |
|
Replace |
Any (Correctable) |
1,220 µs |
Any |
CRC-only (Uncorrectable) |
10 µs |
Notes: 1. BFR is an error condition due to a multi-bit upset in an enhanced repair checksum stored in block RAM. |
The error correction latency at the actual frequency of operation can be estimated using data from Table: Non-SSI: Max Error Correction Latency (100 MHz) No Throttling on Monitor Interface and This Equation .