Public Questions & Answers

To be sure a Cat 4 or Cat 6 model fits your site, verify the bands and hardware interfaces match your needs. Check the model’s official band list and the SIM service requirements to confirm Australian carrier support, and confirm available interfaces such as Ethernet ports, serial (RS-232/RS-485), GPIO or relay, plus VPN and remote management features. For many Australian deployments, Band 28 (700 MHz) is common, but you should verify the exact bands suppo…

The key is the actual data your application uses and how predictable that usage is. If your site mainly sends small telemetry messages, alarms or occasional remote management data, 4G can be sufficient, especially where uptime and reliability matter more than peak speed. If you have many devices or need higher capacity during busy periods, 5G may be warranted. To decide in practice, estimate daily data usage by multiplying the size of typical messages by t…

Start with what your site actually needs and what coverage is available there. If the site has reliable 4G coverage and the data use is modest (alarms, telemetry, basic remote monitoring), a well-chosen 4G/4GX router often meets the requirement with solid reliability and simple remote management. Consider 5G if you expect higher capacity, more devices, or stricter latency needs. Before moving, confirm the local carrier bands, test on site, and compare the …

The next step is to map your site to the carrier bands it will rely on. In Australia, Band 28 (700 MHz) is commonly used to improve reach and indoors, but the exact bands you need depend on the carrier and the site location. Check the exact router model’s band list and confirm it supports the bands used by your chosen carrier. If possible, test on-site with a live SIM to measure signal quality and throughput before committing. If you share your site locati…

The practical way to assess 4G LTE and 4GX Routers is to start with the real need, then compare what is included, how it works, who it suits, what evidence supports it and which details still require direct confirmation from Comset. Industrial 4G LTE and 4GX router options for reliable business, machine-to-machine and remote-site connectivity where 5G is unnecessary, unavailable or uneconomic. The category covers LTE classes, Band 28, performance expectati…

Band 28 support is model- and firmware-dependent, so not every Comset router in your range will have it. We'll verify the exact Band 28 presence for each candidate and confirm that the model also carries the other bands your carrier uses. To identify which models actually support Band 28, please share the list of models you’re evaluating, their current firmware versions, and the carrier/band usage at your site. Once we know, we can present a concise model-…

Start by confirming the exact Comset model's band list and that Band 28 is supported alongside the other bands your carrier uses. Then run a real-site test with the intended SIM at the actual location to see how Band 28 behaves in practice. Set up a small on-site test with the selected router and a representative antenna. Record signal metrics like RSRP, RSRQ, SINR, and the actual throughput you achieve under typical load, across different times of day. Co…

On-site data to collect includes which carriers work there, which 4G/5G bands are available, and real signal quality metrics (updatesI, SINR, observed throughput) at the router location. Note any obstacles like walls or metal structures that affect reception. Usage profile matters: list every device and interface (LAN, Wi‑Fi, serial, GPIO), expected data volumes (peak vs average), and what needs remote access or VPNs. Also capture uptime requirements and f…

To compare 4G and 5G sensibly, start with what your site needs today and what it may need tomorrow. Gather data on typical and peak data use, how many devices and interfaces will connect, and whether you require VPN or remote management. Also capture uptime targets and how quickly you must recover after a link outage. Then verify carrier coverage and the bands available at the site, because 5G benefits depend on the network and hardware supporting the righ…

Do a live-site throughput test. Measure sustained upload, latency and packet loss at the installed antenna position during typical busy periods. Run a short pilot with expected camera data patterns, log data usage, and model how many devices share the uplink and what headroom you need. Ask Comset to verify the bands and SIM service for the chosen model and confirm the plan supports remote-management features.

In practice, the choice comes down to actual traffic and growth expectations. Cat 4 can meet many sites’ needs, while Cat 6 adds headroom through carrier aggregation where available. Real results depend on the carrier, tower load, signal quality and antenna setup, so headline speeds aren’t everything. On-site checks to guide a decision include quantifying current data use and peak load, listing every device that will connect and the required interfaces (LA…

Deciding between 4G and 5G should be based on real-world needs, not just speed. Consider the actual data use, number of devices and interfaces required, uptime requirements, and whether VPN or remote management are needed. If the application is dependable but low to moderate bandwidth, a well-chosen 4G/4GX setup may meet the need more cost-effectively and with proven reliability. If higher capacity, more simultaneous connections, or future growth are likel…

Deciding between staying with 4G or moving to 5G depends on what your site actually needs. 4G remains reliable where coverage is good, and many deployments use Band 28 effectively for reach and indoor penetration. 5G can offer higher capacity where the local network is strong, but it also brings cost, device compatibility, and coverage considerations that don’t always make it the right choice yet. The key is to match the network to your real data use, upti…

Compare 4G LTE and 4GX Routers against the intended use rather than one headline feature. Weigh suitability, quality, practical effort, timing, support, total cost, limitations and the evidence available, then decide which differences would materially change the outcome. Industrial 4G LTE and 4GX router options for reliable business, machine-to-machine and remote-site connectivity where 5G is unnecessary, unavailable or uneconomic. The category covers LTE …

Absolutely. 4G is still the right answer for a large number of Australian deployments. It remains well suited to backup internet, remote monitoring, alarms, telemetry, light CCTV and everyday business connectivity where the application does not need cutting-edge speeds. In many places the most important factors are still Band 28 support, good antenna design, stable failover behaviour and sensible remote management. Comset’s 4G range is relevant precisely …

In practical terms, 4GX usually refers to support for carrier capabilities such as Band 28 and improved LTE performance, particularly on Australian networks where that band is widely used for broader coverage. For the customer, the takeaway is not the marketing label itself but whether the router supports the bands and LTE category that suit the local network and the expected use. Comset generally treats 4GX as part of the compatibility conversation. If a…

4GX is Telstra’s marketing name for parts of its LTE network, particularly services using Band 28 at 700 MHz. Low-frequency spectrum can travel further and penetrate buildings better than many higher-frequency bands, so Band 28 support can be valuable at regional, indoor or fringe-coverage sites. It is not a guarantee of good service. Tower configuration, terrain, congestion, antenna placement and the carrier’s local network all affect the result. A route…

Begin by calculating what the application actually sends and receives. A pump controller, environmental sensor or alarm may use only small messages, while cameras, cloud backups and many users can require far more capacity. If the normal and peak demand fits comfortably within a proven 4G connection, paying for 5G hardware and a larger data plan may not improve the operation. Choose the smallest class of router that still provides the required reliability…