We are proud to present our new line of antenna, the Puma. Designed to provide unbreakable connectivity while travelling on the road, the Puma comes with multiple mounting options making it suitable for public safety and transportation applications.
The Puma is:
high-gain (7dbi)
5G ready
super-wide range (including B71)
IP67 rated.
The Puma 401 is available now with the first batch of Puma 221 and 020 will be ready in September.
Q. What’s the difference between Puma 221 AND 401?
The numerical figures 221 and 401 represents the number of LTE | Wi-Fi | GPS elements. Given this, the Puma 221 is therefore an antenna with 2x LTE, 2xWI-FI and 1x GPS element whilst the PUMA 401 antenna includes only 4x LTE and 1x GPS elements.
Q. What does each letter/ number on Peplink Puma series on the SKU numbering stand for?
Each number and letter after the series name, has its own meaning and purpose. Here’s what it stands for:
⚬ The first number represents the number of LTE element
⚬ The second represents the number of Wi-Fi element
⚬ The third represents the number of GPS element
The next letter in the SKU numbering represents the RF connector type, there are 3 options for this: S-SMA male; Q- QMA male; N- N-type male.
The letter following this will simply represent the colour of the model: B- Black; W- White.
The final number will represent RF cable length ft: 1- 1ft/0.3 meters; 6-6.5ft/2 meters.
Q. What cable length options are there for the Puma Antenna?
There are 3 cables available for the Puma Antenna:
⚬ Option 1 – 1ft/0.3m) For any short-range deployments between the router and the antenna
⚬ Option 2 – 6.5ft/2m) For middle range deployments.
⚬ Option 3 – 16ft/4.8m) For long-range deployments, this will require a short pigtail (Puma-xxx-Q-x-1) plus an extension cable (EXC-xQ-15).
Q. Why QMA is better than SMA/N-type to an extension cable?
QMA connectors are designed as snap-on locking replacement for the standard SMA connectors. In the case of an extension, using a QMA connector is quick to install and prevents any dispatch in the future in comparison to SMA or N-types.