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GSM and UMTS: The Creation of Global Mobile Communication Edited by Friedhelm Hillebrand Copyright q 2001 John Wiley & Sons Ltd ISBNs: 0-470-84322-5 (Hardback); 0-470-845546 (Electronic)

Desktop and web-based calendars allow you to share your calendar with whomever you want. Do that, and it s a lot easier for one member of your team to schedule a meeting. This option is best for those closest to you, as you probably don t want random strangers knowing when you have a doctor s appointment.

Infiniband is a serial, switched fabric that interconnects servers, storage, and switches. It utilizes either copper wires or fiber-optics. Infiniband excels in low switching latency and high bandwidth. It owes low latency to cut-through switching, which makes switching time independent of frame size and at least one order of magnitude faster than store-and-forward switching. Table 11.1 shows the range of standardized rates. In a way, Infiniband revives the concept of channelized I/O that mainframes made popular. An Infiniband-capable server is equipped with one or more Host Channel Adapters (HCAs,) which implement an I/O engine and a point of attachment to the switched fabric. Similarly, storage devices and various I/O adaptors (e.g., for SCSI, Ethernet, fiber channel, graphics, etc.) connect to the switched fabric by way of Target Channel Adapters (TCAs). Both HCAs and TCAs promote a hardware-intensive implementation of functions similar to the ones traditionally associated with protocol stacks such as TCP/IP.

3 that MAC-hs ow control is operated by sending so-called credits to the RNC for each MAC-d ow, depending on the amount of bu ered data in the Node B The number of credits expresses the maximum number of payload data units (PDUs) that the RNC is allowed to send over the Iub during the next HS-DSCH interval of 10 ms Note that the frame-length for the HS-DSCH frame protocol equals 10 ms If Iub congestion occurs so the RNC cannot transmit all the PDUs according to the received credits, a simple congestion control scheme is applied, where the PDU ow is reduced equally for all active HSDPA MAC-d ows The trade-o between air interface RF vs Iub e ciency is reported in Figure 726 Note from Section 773.

4 that without any Iub bandwidth limitations the average HSDPA cell capacity equals approximately 900 kbps, which is 27 Mbps per three-sector Node B assuming ve HS-PDSCH codes and 7 W for HSDPA transmission The remaining power and some channelization codes are used for simultaneous Release 99 transmission The results in Figure 726 show that in order to achieve the full 100% HSDPA radio frequency (RF) capacity the HSDPA Iub bandwidth required equals 38 Mbps An HSDPA Iub bandwidth of 32 Mbps is su cient to achieve 95% of the maximum available HSDPA RF capacity Such Iub dimensioning corresponds to 20% overdimensioning of the Iub This 20% over-dimensioning is needed to account for temporal variations in the available HSDPA RF capacity caused by, for example, HSDPA users being close to the serving cell and variations in the tra c model.

In essence, a syndicated credit facility involves the combined activities of a number of banks to provide a relatively large loan to a single borrower under the direction of one or several banks serving as lead managers. Syndicated loan facilities represent a cross between debt underwriting and traditional commercial bank lending. Syndicated loans carry interest rates that reset periodically (typically on a quarterly basis) based on a xed spread over LIBOR or a similar reference rate. Borrowers can reduce their administrative burden and costs. (This comes at a cost of relinquishing some control over their bank group.)

Note that the resulting 20% margin will be reduced when the number of active HSDPA users per site is increased in high-capacity sites In that case the peak site capacity will be closer to the average site capacity due to the smaller dominance of a few users in extreme conditions..

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