Latin America’s Internet of Things (IoT) market is expected to be worth $44.4 billion in 2019, which is a jump of almost triple from $14.2 billion in 2013. Semtech’s LoRa® devices and wireless radio frequency technology (LoRa Technology) is leading the charge to enable solution providers and customers in Latin America to realize this value by leveraging LoRa Technology’s open LoRaWAN™ protocol, vibrant ecosystem, flexible deployment models, and low power, long range capabilities. In this blog I’m excited to share some examples of the innovation the LoRaWAN ecosystem in Latin America is producing, and the value that these solutions are delivering to customers.
Semtech was back again at Embedded World this year showcasing our leading technology for the Internet of Things (IoT), LoRa® devices and wireless radio frequency technology (LoRa Technology). Embedded World is recognized as the leading international trade fair for embedded and system technologies and attended by the world’s leading silicon suppliers, as well as a huge ecosystem of developers, software companies and manufacturers. Semtech’s booth was again packed during the three days in Nuremburg with customer meetings spilling over from our meeting rooms onto the main hall, even into the nearby lounge areas.
“AV-over-IP Interoperability” was certainly the buzz at Integrated Systems Europe (ISE). Thanks to LANG AG, Europe’s premier systems integrator and visual presentation provider, attendees had the chance to see live demonstrations of software defined video over Ethernet (SDVoE™)-based products from a variety of vendors work seamlessly together as a platform for AV distribution and signal processing.
I have just returned from Mobile World Congress (MWC), the most anticipated mobile industry event of the year with 109,000 visitors from 198 countries, and I’m in awe of the pace of innovation in the Internet of Things (IoT) market, as well as the speed at which technologies are rapidly evolving to market-ready solutions. This observation could not be more true for Semtech’s LoRa® devices and wireless radio frequency technology (LoRa Technology).
The SDVoE Alliance™ is a non-profit technology consortium for professional AV. The mission of the SDVoE Alliance is to promote and accelerate the pro AV industry’s transition to using Ethernet as the primary infrastructure for delivering audio and video signals and replace the venerable matrix switch with software-defined video over Ethernet (SDVoE™). Today the SDVoE Alliance boasts a membership of 41 companies and is continuously growing.
With the support of a vast and rapidly growing ecosystem, more and more companies are developing Internet of Things (IoT) solutions based on Semtech’s LoRa® devices and wireless radio frequency technology (LoRa Technology). There are hundreds of LoRa-based products and services currently available in Semtech’s Catalog in the LoRa Community™. Additionally, several members of the LoRaWAN-based ecosystem offer online catalogs full of LoRa-based solutions. Find a list of catalogs within the #ShopLoRaWAN blog.
The dual-density version of the Quad Small Form-factor Pluggable (QFSP) Multi-Source Agreement (MSA) module standard looks set to be the rule for new line-cards, following a raft of demonstrations and alpha module tests in 2018. The hidden message of the QSFP-DD craze is not the physical characteristics of the module itself, but what it says about the turn to advanced signaling methods. Half a decade ago, QSFP28’s arrival heralded the coming dominance of 25Gbps electrical channels using NRZ signaling. Now, QSFP-DD, and its larger cousin, the octal SFP or OSFP, use PAM4 signaling. This most often uses 50Gbps channels, but QSFP-DD is flexible enough to use eight-channel interfaces in a variety of implementations: 25G x 8 for 200Gbit Ethernet, 50G x 8 for 400Gbit Ethernet, and perhaps some early 100G x 8 for a pre-standard 800Gbit Ethernet.
Software Defined Video over Ethernet (SDVoE™) powered by Semtech’s BlueRiver™ technology captivated the 80,000 plus attendees at Integrated Systems Europe (ISE). The technology consists of BlueRiver NT1000 and NT2000 AV-over-IP chipsets and a comprehensive software Application Programming Interface (API). BlueRiver is at the heart of SDVoE-based network architectures that are rapidly displacing matrix switches in professional AV switched systems.