The Need for Speed - What Hotels Can Do to Increase Network Performance

Order a reprint of this story
Close (X)

ORDER A REPRINT

To reprint an article or any part of an article from Hospitality Upgrade please email geneva@hospitalityupgrade.com. Fee is $250 per reprint. One-time reprint. Fee may be waived under certain circumstances.

SEND EMAIL

October 01, 2008
Network | Performance
Geoff Griswold - theomnigroup@mindspring.com

View Magazine Version of This Article

© 2008 Hospitality Upgrade. No reproduction without written permission.

Hotel IT managers receive few complaints from users that their computers are too fast.  In fact, quite the opposite, especially when it comes to server-based applications running over a local area network (LAN) or hosted on remote servers (wide area network or WAN).  Many users comment that the application is slow as they use server-based packages for property management systems, sales and catering, back office, engineering and many other functions.

But is it the application itself, or other factors, that cause both a network (local and wide area) and individual workstations to perform below their potential?

Doug Scott, director of hosting services for MICROS-Fidelio, offers the following suggestions for users of the popular OPERA PMS running on a LAN. One of the biggest areas of concern to Scott is the quality of the internal cabling plant at the hotel.  Incorrect wire, improper termination and lack of patch panels are all items that can cause performance issues.  An improperly terminated data jack, while it appears to be working, can actually have loose connections that can cause re-trys that slow performance.  All terminations should conform to the TIA/EIA 568-B specification and use CAT5e- or CAT6-rated wire and jacks.

Switches and hubs should be of commercial quality and replaced as necessary.  Scott also emphasizes the need to keep spyware, malware and viruses off workstations.  These rouge programs may have gotten through the virus/spyware protection software, and, while not destructive, can degregate performance significantly.  Limiting access to the Internet by end users is one way to cut down on unwanted menaces.

Servers should be properly maintained and the disk space allocated to the databases, as well as overall disk space usage, should be monitored.
Saeed Karim, chief technology officer, hospitality solutions at SoftBrands emphasized both initial and on-going planning to maintain performance, both on-property and at central hosting sites. He suggested analyzing usage patterns, especially peak times, the mix of centralized vs. local applications, and the security requirements of each.

While the majority of applications are still locally based, more hotels companies are turning to centralized, Web-based data centers. The biggest area that causes poor performance of hosted applications is a lack of bandwidth at the property, or not enough bandwidth allocated to the central applications.  E-mail and Web usage can require significant resources so Web site access should be restricted, where possible.

Redundancy in connections is required in hosted applications and that redundancy should come from separate sources (not the same vendor, in case of a significant outage).  The size of the pipe into a data center must be adequate for now and in the future or performance can suffer.  All contracts negotiated with suppliers should include upward scalability if performance begins to decline.  This includes additional bandwidth or additional T1s or T3s.

Karim emphasized that if multiple servers are involved, whether on property or at a central Web server farm, they should be connected with a 1 gigabyte (GB) switch, instead of the more common 100 megabyte model.  This will increase performance significantly.

Scott offered this insight when it comes to the perception of system speed.  Hotel users that worked on the old character-based UNIX and DOS systems of the ‘80s and early ‘90s remember such systems as being fast.  There were no graphical interfaces, no connectivity to the Internet and no e-mail.  Most required the entry of codes several characters long (with no way to look up such codes).  While modern systems may appear slower than their predecessors, there is no comparison in functionality.

Geoff Griswold is a hardware and wiring specialist for the Omni Group. Geoff can be reached at theomnigroup@mindspring.com or (888) 960-8787.

Other technologies that can improve performance:

  • Upgrade to 1 GB switches and hubs from the standard 10/100 equipment currently in use.  This will not increase performance by 10 times, but it will increase server to workstation communication speed.  In addition to upgrading hubs/switches, each workstation will require a 1 GB network card.  The wiring in the hotel must be at least CAT5e wire and jacks.  Patch cords must be of the same specification.
  • Monitor and/or restrict bandwidth usage by workstations.  File sharing programs on the Internet (such as BitTorrent) can use a significant amount of resources, thus slowing the Internet connection considerably.
  • Check the hotel’s wiring to see if there is any electrical interference, such as wire strung across fluorescent lights or excessively long runs.  Runs over 270 feet require repeating of the signal by using a switched hub.  Even if a longer run seems to be working, repeating the signal can significantly improve connection speed.
  • Verify if a virtual private network (VPN) is being used, be sure that it is a hardware VPN.  These require the use of special equipment at both ends of a point-to-point connection but perform better than VPNs that use just software. Many applications do not perform well over VPNs and may require some special buffering or other techniques to increase speed.

Articles By The Same Author



want to read more articles like this?

want to read more articles like this?

Sign up to receive our twice-a-month Watercooler and Siegel Sez Newsletters and never miss another article or news story.