
Next-Gen Networking: 4G LTE & 5G Last Mile Internet Solutions
Earlier solutions to resolve problems of last-mile internet solutions yielded different results. A failover can lead to the loss of the current session. Network managers opted for an MPL connection with a backup internet connection for site availability, but this again would waste the backup capacity. Another attempt to deliver internet to the last mile was link-bonding. It aggregates multiple transport services. This option improved the last mile bandwidth but could only do a little for the middle mile bandwidth. The link bonding cannot be called software-defined networking, but the concept of linking multiple transports led to SD-WAN.
The Next-Gen networking
Link bonding combines multiple transports, and SD-WAN moves the functionality up the stack. SD-WAN aggregates the last-mile service, presenting it as a single pipe for the applications. SD-WAN prioritises access, rectifies the quality difference, and addresses issues while aggregating different lines.
SD-WAN service providers optimise the last-mile connection with techniques like policy-based routing, active/active links, hybrid WAN support, QoS, packet loss, and mitigation. Modern SD-WAN providers can optimise traffic at the last mile and middle mile, maximising throughput across. Customers can now gain access to high bandwidth, performance, and availability by dynamically assigning appropriate links to the application.
SD-WAN service providers deploy zero-touch SD-WAN devices at physical locations. This device uses multiple internet links in an active/active configuration to improve capacity, supports a 4G/LTE link for failover, and allows traffic optimisation and packet loss elimination algorithms.
Comprehensive features
Finding alternative solutions to combat networking challenges is complicated, especially with time constraints. Here are some SD-WAN features that overcome these challenges. In a network environment, a lot rides on connectivity and bandwidth. Even a few minutes of downtime can cause a big loss to the organisation. This is where the hybrid SD-WAN model comes into play.
Enterprises are making a paradigm shift towards SD-WAN offerings. With 5G entering the fray, the shift has become more meaningful, with speed being the key. The hybrid model can guarantee smooth sailing for the organisation with a branch and remote workforce.
Benefits of SD-WAN Next-Gen Networking
- Enriched experience:
- Quick upscale:
- Accelerated connectivity:
- Better uptime:
- Remote management:
- Last mile service:
- Analytics & Reporting:
SD-WAN provides a reliable and secure network for branch and remote offices without compromising on rich network experience.
Businesses can now expand their operations beyond in-premises networking to remote facilities using SD-WAN technology.
Now, remote and branch offices can experience features like application prioritisation, centralised management, and ease of provisioning.
In a hybrid model, organisations have the option to switch between networks. If one fails, there is always another to back up, giving uninterrupted connectivity.
Setting up the device is a breeze with an easy plug-and-play model. Clients can enjoy end-to-end deployment with total ownership. SD-WAN comes with zero-touch and agile deployment on-premises. The service providers provide onsite support for site deployment. Installing and commissioning are also simple and have minimal steps.
A centralised control for all ISP-related management. The 4G, 5G, LTE, and broadband provide last mile service.
The service delivers timely reports and analytics of uptime and downtime.
The difference between 4G and 5G for last mile connectivity
There is a huge difference in speed, capacity and coverage for 4G and 5G. 4G LTE comes at a speed of up to 100 Mbps, while 5G speed is up to 1Gbps, which is ten times higher. Though 4G has a wide coverage, 5G is still nascent and comes with limited coverage. In terms of capacity, 4G supports up to 1000 devices per cell, and 5G can support up to 10,000 devices per cell. Overall, 5G offers lower latency, increased speed, higher density and added capacity. For many 4G is a viable option for IoT applications as it offers high speed, high bandwidth and low latency connectivity.
Software-defined mobile aggregated data (SMOAD) devices incorporate the power of LTE. Broadband, LTE and 5G are the perfect combination to provide seamless solutions to power your business. SMOAD ensures your network is uninterrupted with the help of smart choices. Your business can enable vast reach through centralised control. No more worries about dropping internet signal as SMOAD slashes through lag and intrusive IPs from external networks. With SMOAD SD-WAN, you can accommodate hybrid last-mile transport like Broadband, DIA, 4G LTEs and 5G connection. SMOAD multiple cellular aggregations allow simultaneous use to achieve high throughput connection. Want to know more? Call us for a demo!