White Paper October 2005 When LCD Monitors can reduce TCO 8
5. Philips solution for reducing TCO costs
Philips monitors have always offered outstanding display and ergonomic performance. The result- ing high levels of user comfort and convenience translate into optimum employee productivity and satisfaction. However today’s business environment also demands stringent cost control, and as already explained this means much more than simply looking for the lowest possible initial cost. Section 5.1 below describes specific ways in which Philips’ processes and LCD monitor products are focused on helping user organizations to reduce their TCO. Section 5.2 then describes how further savings and efficiency gains can be made by using the Philips SmartManage asset manage- ment tool.
5.1 Reducing TCO with Philips LCD monitors
The main ways in which Philips enables users to reduce TCO with its business processes and LCD monitors during the individual
Reducing TCO during the Acquisition phase
Controlling TCO during the acquisition phase is related more to vendor processes and effective- ness in dealing with the customer, which for Philips means actively facilitating and supporting the customer’s evaluation, selection and procurement processes. This extends from convenient availability of the required information, data and documentation, right up to effective distribution through the channels favored by the customer. Also included is attractive and competitive pricing, communicated on a transparent basis. Finally, customers will want to assure themselves that the vendor with whom they choose to do business has a
Reducing TCO during the Deployment phase
Deployment is more than simply placing new products on
procedures. The
Reducing TCO during the Operation phase
Low power consumption, high reliability and excellent customer support are the pillars of the Philips approach to minimizing TCO during the Operation phase. Where power consumption is concerned, Philips monitors meet the industry’s most stringent standards in both operating and standby modes. Reliability is expressed on the one hand by high MTBF (Mean Time Between