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The Role of Optical Technology in 5G, 5.5G, and 6G
Moving to 5.5G and 6G will require a solid telecommunications infrastructure to handle the next wave of connected devices. Read more
How 5G will revolutionize manufacturing and benefits it will provide industrial users
While 5G has the potential to enable a variety of new high-value use-cases, it will require a robust infrastructure capable of providing large quantities of bandwidth at an ultra-low latency while also reducing power consumption. Read more
What Does 2023 Have In Store For Chip Design?
Many variables could shape the coming year, but it is the unknowns and how we react to them that separate the successful companies from the rest. Read more
The Importance of Timing in IoT Communications
An important aspect of cloud communications and IoT data transfer is the timing. Clock timing and data transmission are inextricably linked, and without synchronization nothing can be sent. Read more
PAM4 chips for 800G active cables
Semtech has launched the first in a family of PAM4 devices for 800G active copper cables in data centres. Read more
Cable equalizers target 112G PAM4 400G and 800G data center applications
The CopperEdge GN8112 is a quad channel 112 Gbps PAM4 linear equalizer and is the first product sampling in the portfolio. Read more
EDACafe Interview: Raza Khan, Senior Marketing Manager, Semtech
EDACafe speaks with Raza Khan, Senior Marketing Manager, Semtech highlighting Tri-Edge’s technology, as well as how optical technology as a whole will play a key role for 5G and 6G as those are rolled out. Read more
A Q&A with Semtech’s Raza Khan
The company recently announced production of its GN2255 Clock and Data Recovery (CDR) solution for 5G wireless optical modules, and we spoke more about this and the future of connectivity with Raza Khan, senior wireless market manager for Semtech’s Signal Integrity Products Group. Read more
How PAM4 moves bits through networks
In an audio interview, Semtech’s Raza Khan explains why 5G networks use the four-level modulation to transport baseband data, starting at the radio. Read more