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MAG540 –
High-performance 4K STBs with a brand new
ARM Cortex-A35 CPU
MAG540 and MAG540w3 are Linux STBs powered by the quad-core ARM Cortex-A35 CPU with a brand new Amlogic S905Y4 chipset. This hardware makes the model much more powerful than the legacy STBs. The devices ensure easy and smooth playback of content in all popular modern video formats, including 4K.
With MAG540/540w3, operators can offer reliable service to their subscribers. The interface continuity makes the model easy to integrate into projects that previously used MAG set-top boxes. Infomir can integrate set-top boxes with CAS/DRM and middleware at the operator’s request.
MAG540 and MAG540w3 are Linux STBs powered by the quad-core ARM Cortex-A35 CPU with a brand new Amlogic S905Y4 chipset. This hardware makes the model much more powerful than the legacy STBs. The devices ensure easy and smooth playback of content in all popular modern video formats, including 4K.
With MAG540/540w3, operators can offer reliable service to their subscribers. The interface continuity makes the model easy to integrate into projects that previously used MAG set-top boxes. Infomir can integrate set-top boxes with CAS/DRM and middleware at the operator’s request.
A set-top box for operators
and users worldwide
With MAG540/540w3, users can watch linear TV, video on demand, and content from IPTV/OTT providers.1 Also, the set-top box plays content within the local network and from external media. Operators can customize the device to give users a bespoke UI/UX and provide reliable technical support.
High-performance Amlogic S905Y4 chipset
The devices are powered by an Amlogic S905Y4 chipset with a quad-core ARM Cortex-A35 processor. Thanks to their power and reliability, the set-top box can work for months without rebooting.
The MAG540/540w3 hardware ensures a fast interface and smooth playback.
It plays 4K HDR video at 60 fps
MAG540/540w3 supports AV1 and HEVC codecs to make sure the device plays 4K content without overloading the network2 While the H.264 codec requires 32 Mbit/sec to process such video, HEVC requires only 16 Mbit/sec.3