EP4CE30F29C7N Datasheet, PDF (400/488 Pages) Altera Corporation – Cyclone IV Device Handbook, Volume 1

3–2
Chapter 3: Cyclone IV Dynamic Reconfiguration
Dynamic Reconfiguration Controller Architecture
Table 3–1. Glossary of Terms Used in this Chapter (Part 2 of 2)
Term
Memory Initialization File,
also known as .mif
PMA controls
Transceiver channel
Description
A file with the .mif extension will be generated for .mif-based reconfiguration mode. It can
be either in Channel Reconfiguration mode or PLL Reconfiguration mode.
■ Channel Reconfiguration mode—this file contains information about the various ALTGX
MegaWizard Plug-In Manager options that you set. Each word in the .mif is 16 bits wide.
The dynamic reconfiguration controller writes information from the .mif into the
transceiver channel.
■ PLL Reconfiguration mode—this file contains information about the various PLL
parameters and settings that you use to configure the transceiver PLL to different output
frequency. The .mif file is 144  1-bit size. During PLL reconfiguration mode, the PLL
reconfiguration controller shifts these 144-bit serially into the transceiver PLL.
Represents analog controls (Voltage Output Differential [V_OD], Pre-emphasis, DC Gain,
and Manual Equalization) as displayed in both the ALTGX and ALTGX_RECONFIG
MegaWizard Plug-In Managers.
Refers to a transmitter channel, a receiver channel, or a duplex channel that has both PMA
and PCS blocks.
Dynamic Reconfiguration Controller Architecture
The dynamic reconfiguration controller is a soft intellectual property (IP) that utilizes
FPGA-fabric resources. You can use only one controller per transceiver block. You
cannot use the dynamic reconfiguration controller to control multiple Cyclone IV
devices or any off-chip interfaces.
Cyclone IV Device Handbook,
Volume 2
November 2011 Altera Corporation