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5 aspect of Fibre Channel. There is an access fairness algorithm that prohibits a device from arbitrating until all other devices have had a chance to arbitrate. The catch is that the access fairness algorithm is optional. Arbitrated loop
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Is basically the simplest form of a fabric topology Has shared bandwidth, distributed topology Interconnects NL_Ports and FL_Ports at the nodes/fabric using unidirectional links Allows only one active L_Port-to-L_Port connection, so blocking is possible Has a fairness algorithm that ensures that no L_Port is blocked from accessing the loop Terminates communication between all L_Ports if any link in the loop fails Does not need a switched fabric and so is less expensive than cross-point Provides a bidirectional connection between a node (N_Port) and the fabric (F_Port) Can be configured to be nonblocking by providing multiple paths between any two F_Ports Uses a D_ID, embedded in the frame header, to route the frame through to the desired destination N_Port Provides the highest performance and connectivity of the three topologies Provides efficient sharing of available bandwidth Guarantees connectivity without congestion Allows the addition of stations to a fabric without reducing the point-to-point channel bandwidth
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Loop Initialization Before the loop is usable, it must be initialized so that each port obtains an AL_PA, a dynamically assigned value by which the ports communicate. It maps to the lowest byte of the native address identifiers (_ID and SI_ID). Although the AL_PA is 1 byte long, only 127 values are valid (neutral running disparity).
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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.
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If more than 127 devices are present on the loop, some will not be able to select an AL_PA and will be forced into nonparticipating mode. The basics of loop initialization are as follows: 1. The LIP primitive sequence begins the process. An L_Port transmits LIP after it powers on or when it detects loop failure (loss of synchronization at its receiver). The LIP will propagate around the loop, triggering all other L_Ports to transmit LIP as well. At this point, the loop is not usable. 2. The next major step is to select a loop master that will control the process of AL_PA selection. This is done by the L_Ports constantly transmitting LISM frames. The process is designed so that if a fabric is present, it will become loop master (by receiving back its own LISM frames); otherwise, the port with the numerically lowest port name will win. All other L_Ports propagate the higher-priority LISM frames. 3. The third step is to enable the L_Ports to select an AL_PA. The concept of an AL_PA bitmap is used, where each L_Port selects (and sets) a single bit in the bitmap of a frame originated by the loop master and repeats the frame back on the loop. There are 127 available bits, corresponding to the 127 valid AL_PAs. This process is done using four frames, breaking the selection down according to priority. If an L_Port has a valid AL_PA before the loop began initialization, it will attempt to reclaim this previously acquired value by looking for that bit to be available in the LIPA frame. If it is, it will set the bit and repeat the frame. If it is not available (already been claimed), the L_Port will wait for the LISA frame to come around and claim one there. Once the LISA frame has come back to the loop master, all L_Ports (hopefully) have selected an AL_PA. The loop master may send two additional frames, but only if all L_Ports on the loop support them. The first is the loop initialization report position (LIRP). As the frame traverses the loop, each port adds its AL_PA to the end of a list. When this is done, the relative positions of all L_Ports are known. Finally, the loop initialization loop position (LILP) frame is transmitted, which simply enables all L_Ports to look at the finished
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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.
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