Search results for "tektronix"

The fifth MOST Forum on April 23, 2013 in Stuttgart/Esslingen (Germany) will give insight into the future generation of MOST Technology. Following the significant milestone of the latest generation MOST150 having gone into series in 2012, next generation MOSTnG is being defined. With MOST150, for the first time, the MOST Ethernet channel is being used to transmit IP data within the vehicle on the road, stated Dr. Christian Thiel, MOST Cooperation...

Tektronix has today announced the introduction of the industry’s most flexible and complete automated transmitter and receiver compliance and debug testing solution for the PCI Express 3.0 standard. With new product enhancements to the BERTScope Bit Error Rate Tester Series, and PCI Express test software, Tektronix now offers silicon, hosts and card designers a single destination for PCI Express 3.0 testing.

Tektronix today introduced the attractively priced MSO/DPO2000B Series of oscilloscopes that put advanced debug features within easy reach of engineers and educators. The new oscilloscopes make it easier than ever for engineers – even those on very limited budgets – to gain all the debug advantages of full serial bus decoding and triggering.

Farnell element14 has today announced that it will use its exhibit at electronica 2012 to inspire customers with an exclusive showcase of engaging technology and solutions demonstrations that act as an industry benchmark and highlight the full breadth and quality of the company’s supplier partnerships, product range and technical expertise.

Keithley announced today the addition of two multi-channel power supplies to the company’s Series 2200 line of programmable DC power supplies. Both combine the advantage of greater output accuracy than offerings from the market leader at prices that are substantially lower, as well as features that enhance ease of use in circuit design, university student labs, materials research, and device testing that requires the use of more than one power ...

In this article, Prakash Kanthi discusses the move from legacy networks to next generation networks and the crucial nature of test solutions that cover the breadth of technologies in supporting an effective transformation.

Telecoms has evolved from single, fixed phone lines to sprawling international fixed and mobile networks, processing millions of calls, messages and data sessions. Legacy mobile network technology, covering NMT and TACS (1G) GSM (2G), GPRS (2.5G), UMTS (3G) and HSPA+ (3.5G), has developed from voice calls through SMS messaging to the more advanced mobile data services we now use on a daily basis. Indeed, the introduction of 3G and 3.5G networks h...

3G and HSPA+, combined with the proliferation of smart devices and tablets, have ensured the emergence of a new class of mobile broadband services. However, this is generating traffic volumes that are unsustainable over legacy network architectures; which were initially designed for voice and low-speed data. Operators today require network infrastructures that can offer low latency, high bandwidth and greater flexibility to deliver mobile broadba...

The telecommunications industry is undergoing a major transformation. Next generation technology is ensuring the industry moves from a capital intensive model focused on individual technologies, to a subscriber centric service delivery model that is of high-quality and cost-efficient. This has been driven by competitive pressures within the traditional market, and the disruptive business models of OTT players impacting traffic and revenue of serv...

The benefits to the transformation to next generation networks for operators are obvious. However, this challenging transition will not happen overnight, it will require operators to continue to leverage their legacy network infrastructure. At present, operators are trying to bridge the gap between validating their all IP-network solutions for conformance, performance and interoperability and in some cases still maintaining a first-class service ...