Read our latest newsletter and learn more about:
LAMP 5G R16
New SFP/SFP+ modules
A WISP 60 GHz success story
Fun Reddit community updates, new videos, and more!
This time the newsletter is a bit shorter, but we're keeping busy behind the scenes, so stay tuned! Rainy Latvian summers are surprisingly productive.
LAMP 5G R16 very interesting Product but! 1GB Ethernet port? Are you serious?
I’d say 1 Gbit/s is more than enough in real-world use. With normal subscription and backhaul limits, and since most MNOs still run 5G in NSA mode, it is very unlikely to become a bottleneck.
Also, LAMP 5G R16 is built for FR1, just like most other devices on the market.
Today, very few MNOs offer 5G SA with FR2 services, and support is rare in consumer routers. Enterprise devices are pretty expensive, typically above USD 700.
@normis is there any news re. S009?
i wish they had something like that and with WiFi7 too...
hAP be³ Media (MA53UG+HbeH) is almost there... i just wish it had at least two usable 10Gports, one RJ45 and one SFP+ instead of the USB dangling bits it is fitted with...
for me, the USB connections on be³ Media seem just as useful as truck nuts - an interesting conversation topic as far as decorations go but not very usable for VM containers when the device only has 2 GB total RAM.
If I may (and with all due respect):
The project is a great example of choosing
the right frequency for the job: using 60 GHz
where it delivers the biggest advantage while
complementing existing wireless infrastructure.
The project seems to me a good example on how to NOT do the cabling, the photo could go right into reddit cable porn as the "before" image.
What? You are not affected by those mad heatwaves that occur in large parts of Europe?
CAT1 cabling 
Yes, looks as a result of CAT play with a ball of cables
No word about the mAP-52axD??
GiVe Us ThE mAp!1!1 
No LAMP, no SFP-Moduls, not PoE-Splitter, We WaNt ThE MaP!! 
What is a heavy duty SFP?
Heavy-duty (or industrial-grade) SFP modules are networking parts. They convert data between copper wires and fiber optic cables. They differ from standard parts because they work in extreme temperatures (-40°C to 85°C). They resist harsh vibrations, dust, and power surges.
