Technology obsolescence occurs when hardware and software have been superseded by more advanced versions. For example, when CPU chips migrated from 16 bits to 32 and then 64 bits, operating systems had to accommodate the older architecture..
How do you control obsolescence?
Obsolescence Management Best Practices
Identify parts that are at risk of becoming obsolete
Using production and order history to gain turnover visibility
Keeping communication with customers to identify slow-moving parts
Maintaining compliance requirements and forecasting the impact on parts in stock and in production
How do you control obsolescence?
Many part obsolescence mitigation strategies exist including: life time buy, last-time buy, part replacement, aftermarket source, uprating, emulation, re-engineering, salvage, and ultimately redesign of the system..
How do you control obsolescence?
Technology obsolescence occurs when hardware and software have been superseded by more advanced versions. For example, when CPU chips migrated from 16 bits to 32 and then 64 bits, operating systems had to accommodate the older architecture..
What is obsolescence in management?
Obsolescence. Obsolescence Management takes into account the life span of all the moving pieces of your complex system with a plan to replace obsolete parts as they age, before it becomes a crisis..
What is system obsolescence?
Obsolescence is the process of becoming antiquated, out of date, old-fashioned, no longer in general use, or no longer useful, or the condition of being in such a state..
What is system obsolescence?
Technology obsolescence occurs when hardware and software have been superseded by more advanced versions. For example, when CPU chips migrated from 16 bits to 32 and then 64 bits, operating systems had to accommodate the older architecture..
What is the process of obsolescence?
Organizational control systems allow executives to track how well the organization is performing, identify areas of concern, and then take action to address the concerns. Three basic types of control systems are available to executives: (1) output control, (2) behavioral control, and (3) clan control..
Obsolescence is the process of becoming antiquated, out of date, old-fashioned, no longer in general use, or no longer useful, or the condition of being in such a state.
Apr 26, 2019Control system obsolescence can be compared to vehicle maintenance. You change your oil, everything is running smoothly.
For control systems, there are usually two phases of obsolescence. The first phase is where new parts are no longer available “off-the-shelf” from suppliers. The manufacturer still supports this phase on a repair and return basis. The second phase is where the part is fully obsolete and no longer supported.
For control systems, there are usually two phases of obsolescence. The first phase is where new parts are no longer available “off-the-shelf” from suppliers. The manufacturer still supports this phase on a repair and return basis. The second phase is where the part is fully obsolete and no longer supported.
Software Obsolescence
In industrial automation, software obsolescence has even less visibility than hardware obsolescence. However, with the increasing popularity of PC-bas…
Summary
Now that we have identified the different forms of obsolescence that can affect a control system, we can prepare for it and make a plan. Following articles will revi…
Can planned obsolescence be applied to thought?
The application of planned obsolescence to thought itself has the same merit as its application to consumer goods; the new is not only shoddier than the old, it fuels an obsolete social system that staves off its replacement by manufacturing the illusion that it is perpetually new
Does obsolescence management cost money?
Obsolescence management, if done correctly, will not cost money but will save money
Costs will be saved many times over through preventing issues ever happening, reduced downtime if breakdowns do occur and extending the life of your equipment, which means not having to upgrade full systems before it is really necessary
What is obsolescence in control systems?
What is Obsolescence? For control systems, there are usually two phases of obsolescence
The first phase is where new parts are no longer available “off-the-shelf” from suppliers, but it is still supported by the manufacturer on a repair and return basis
For control systems, there are usually two phases of obsolescence. The first phase is where new parts are no longer available “off-the-shelf” from suppliers. The manufacturer still supports this phase on a repair and return basis. The second phase is where the part is fully obsolete and no longer supported.Obsolescence Management takes into account the life span of all the moving pieces of your complex system with a plan to replace obsolete parts as they age, before it becomes a crisis. This is not a simple process. Challenges include parts availability, diminishing materials, counterfeit avoidance and knowing where to look to find what you need.Obsolescence management, also referred to as "Diminishing Manufacturing Sources and Material Shortages" (DMSMS), is defined as to the activities that are undertaken to mitigate the effects of obsolescence. Activities can include last-time buys, lifetime buys, and obsolescence monitoring.Process for managing parts obsolescence includes: Identify parts that are at risk of becoming obsolete Using production and order history to gain turnover visibility Keeping communication with customers to identify slow-moving parts Maintaining compliance requirements and forecasting the impact on parts in stock and in productionThe objective of Obsolescence Management is to ensure that obsolescence is managed through out the defined useful life of a product by integrating an Obsolescence Management plan from as early as the product’s design and development phase, continues through production and exploitation phase and till the product’s defined life such that its financial and availability impact can be minimized throughout the product lifecycle.
Control system obsolescence
The media gateway control protocol architecture is a methodology of providing telecommunication services using decomposed multimedia gateways for transmitting telephone calls between an Internet Protocol network and traditional analog facilities of the public switched telephone network (PSTN). The architecture was originally defined in external mw-magiclink>RFC 2805 and has been used in several prominent voice over IP (VoIP) protocol implementations, such as the Media Gateway Control Protocol (MGCP) and Megaco (H.248), both successors to the obsolete Simple Gateway Control Protocol (SGCP).
