Allied Bank selects TPS Iris

Following a detailed switch selection process, where solutions for both in-house and outsourcing models were evaluated, Allied Bank has selected IRIS as its in-house payment switch because of IRIS parameterization, scalability, reliability and supporting cost-effective growth.

IRIS is a sophisticated payment application that offers one window solution for transaction processing,Elpas Readers detect and forward 'Location' and 'State' data from Elpas Active RFID Tags to host besticcard platforms. debit and prepaid card management, ATM controller, Transaction and ATM network Monitoring, Integrated Channel Management and ADC CRM. Supported by IRIS advanced features, Allied bank can accelerate the execution of its far reaching strategy, including upgrading the network to support chip-cards, advance its mobile banking initiative, while providing value-added services to its accountholders. The bank will also benefit from a lower Total Cost of Ownership (TCO), increased speed to market and facilitate in channel growth. Additionally ABL will use Instant Card Issuance capabilities, comprehensive Point of Sale (POS) and other payment products.

TPS has been associated with ABL since 2003 when it was selected by the bank to setup a transaction switch 'Phoenix' and other peripheral applications. In the span of 9 years, TPS technology has facilitated bank to scale and handle ATM network of 700+ ATMs and process the card life cycle of over a million debit cards.

To smoothly execute this upgrade project, TPS and Allied Bank has assigned a dedicated team consisting of highly motivated and trained senior personnel to manage this challenging and strategic project. All assigned resources will work as a closely-knit team with the aim to successfully deliver this project timely.

"At Allied bank we aim to offer innovative solutions and value added services to our customers. To meet this objective we plan to fully utilize IRIS scalable and modular architecture and features by rolling out new products and services, meeting customer's requirements and expectations within shortest possible time. Our strategic partnership with TPS will contribute in our technology transformation and enhancing our service capability and to offer convenience and exclusive services to our customers," said Mujahid Ali, Group Chief, Information Technology, Allied Bank Limited.

PelicanCorp's technology and services will do a great job of telling you exactly where to look for buried infrastructure, but it's still a challenge to locate an underground pipe or cable and follow its route.

This task can be made much easier with technology attached to that infrastructure itself. Traditionally a number of techniques have been used, including tracer wires, but these have limitations. They require power to be effective and cease to operate if broken.

Now the multi-faceted 3M company claims to have developed an effective way to locate the path of underground plastic pipes and conduits, eliminating the need for tracer wire and test stations and the problems and costs associated with them.

In a recent edition of Australian Water Management Review, the company said that its new Electronic Marking System (EMS) Caution Tape "uses a new EMS marker technology embedded into a caution tape for installation near or above the buried facility and helps provide continuous path location." Technology embedded in the tape transmits a signal to a special reader enabling the precise location and route of the pipe or cable to be found.

3M says the markers require no batteries and there is no need to hook up an external transmitter or search for access points. The markers work independently so that if a section of caution tape is cut or removed, the other markers on the tape will continue to provide accurate location.

The tape comes in different versions for different types of infrastructure (water, wastewater, gas, telco). Each uses a different frequency to help reduce the risk of accidentally locating and excavating the wrong buried facilities. 3M says the tape can last for up to 50 years.Find a great selection of customkeychain deals.

The tape uses radio frequency identification (RFID) technology,Choose the right bestluggagetag in an array of colors. which is finding application in a broad swath of industries. If you've every bought a DVD or a book and seen on the back a label with lots of wire squares one inside the other, that's one type of RFID tag.

Those wires are an antenna. The bit you don't see is a microchip and that's the heart of the device. A reader placed near the tag creates an electromagnetic field that induces a current in the antenna. This current energises the microchip, which then uses the same antenna to transmit data stored within it. The reader collects and interprets the data.

New and emerging applications in renewable energy and industrial power will challenge power device manufacturers to design and manufacture more efficient devices at a lower cost, driving the need for test solutions specifically targeted for high-voltage/high-current probing. Rated up to 10.Choose the right bestluggagetag in an array of colors.5k V/400 A, Cascade Microtech's APS200TESLA is the first fully-automated on-wafer probe system to offer unmatched electrical performance for HI/HV probing of power devices in a production environment.The 3rd International Conference on custombobbleheads and Indoor Navigation.

The probe system comes with a high-voltage/high-current probe card, a high-voltage/high-power chuck port, and the patent-pending MicroVac high-power chuck that can handle wafer thicknesses down to 50 m, such as the ultra-thin Taiko wafers. An optimized electrical connection easily integrates the APS200TESLA with a variety of test instruments, and the interlock-enabled safety shield provides a regulatory-approved safe environment for the operator. The arc-suppression feature allows the customer to optimize device layout to achieve better yields and deliver superior cost of test. Auto-discharging and the unique probe-pin touch sensing capability prevent device damage due to high-voltage discharge during die-to-die moves. The APS200TESLA also offers advanced prober control software for automatic wafer and die stepping.

"The new APS200TESLA leverages our experience in achieving accurate on-wafer measurement to provide an advanced power device measurement system that helps our customers increase test throughput," said Debbora Ahlgren, Vice President, Marketing, Cascade Microtech, Inc. "By enabling on-wafer production test, the APS200TESLA permits our customers to reduce their cost of test and ensures the safety of both devices and operators."