VoIP & QoS product and diagram

The system has full support for modern on-premises and hosted VoIP phones and applications.

Quality Of Service (QoS)

VoIP - Mission Critical for Small Businesses

VoIP phone systems of all kinds exist in every small business: "old-school" desktop phones, newer Wi-Fi phones, softphone apps on workstations, even Unified Communications Systems (UCS) setups. But all VoIP systems deal with poor call quality and reliability issues at one time or another. These are frustrating issues to solve, particularly for the MSP. Uplevel's comprehensive, automatically configured QoS helps address these.

Standard VoIP setups (either hosted or on-premises) are easily handled by enabling the VoIP QoS functions on the gateways, and 'reserving' bandwidth on the WAN link if needed, to avoid having data traffic interfere with voice. The gateways automatically prioritize VoIP for maximum quality. DHCP and firewall rules for on-premises VoIP servers are automatically handled. The system also simplifies 'daisy-chained' phones and workstations, and automatically sets up the VLAN tagging required.

If a second ISP link is available, Uplevel's fast automatic WAN failover allows many VoIP services to avoid dropping calls even if the primary WAN link goes down. The two links can be 'bonded' to load-balance traffic across them; the system will then continuously measure the quality (loss, latency, jitter) of both links and optimize traffic distribution to provide the best experience for the users.

Coupled with our autoconfiguring VPN connections, this brings many of the best features of Software-Defined WANs (SD-WANs) to small businesses, without the usual cost and complexity.

Product Specifications

Extensive VoIP phone support
  • Built-in support for common on-premises or hosted (cloud) VolP servers
  • Automatic VLAN capabilities for daisy-chained VoIP phone/computer systems
  • PoE capabilities to conveniently power VolP handsets
VoIP call quality functions
  • Quickly improve call quality with simplified traffic isolation and bandwidth management
  • Fast WAN failover allows many VolP services to avoid dropping calls even if the primary WAN link goes down
  • Traffic shaping rules automatically created to prioritize VoIP calls
Powerful Traffic QoS Capabilities
  • Configure custom traffic shaping rules to prioritize and manage traffic flows
  • 'Canned' profiles for RDP, Zoom, video, etc
  • 'Bond' dual WAN links for higher Internet capacity, with QoS measurements driving traffic distribution over the links
  • Provides SD-WAN features in conjunction with our autoconfiguring VPNs

Frequently Asked Questions

How does Uplevel simplify VoIP Setup?

Uplevel’s VoIP support helps to improve VolP call quality with simplified traffic isolation, prioritization, and bandwidth management. In addition, it also provides automatic VLAN capabilities for daisy-chained VoIP phone/computer systems, and supports common on-premises VolP servers. Most common VoIP issues can be easily solved with a few clicks.

What is Hosted VoIP?

“Traditional” VoIP services relied on a dedicated VoIP server - often running on special-purpose hardware - that had to be set up and managed on-premises. The VoIP server not only manages the handsets, but also directs and processes all voice traffic for internal and external calls.

With the universal availability of high-bandwidth, low-latency connections to the Internet, it became possible to move the VoIP server off the customer premises and into a virtual server in the cloud.

This is referred to as “hosted VoIP” - the VoIP service provider hosts the VoIP server, rather than forcing the customer to do this. The customer merely requires handsets to be programmed with the public IP of the hosted VoIP server, making for a simple and flexible setup.

What is QoS (Quality of Service), and Why is it important?

Quality of service (QoS) is the name given to the subjective performance of a VoIP system, in terms of audio quality, reliability of calls, uptime of the phone system, etc. Since most phone systems are highly reliable, this term has come to be applied mainly to the voice quality of the phone calls, as perceived by the users.

A high-quality phone call will have high QoS, and be free from problems such as distorted audio, clicks and other noise, dropouts (unwanted silence), disconnects, or one-way audio.

QoS is very important for business phone systems as poor phone calls can seriously affect the functioning of the entire business, particularly those that are reliant on frequent customer interaction. Small businesses often cannot function if the phone system is not working properly.

How do I secure my VoIP phone system?

Virtually all VoIP phone systems use the Internet for communication, and are just as subject to h hacks and attacks as computers and workstations. You can take the following measures to secure your VoIP phone system: Avoid “punching holes” (port forwarding) in the firewall to allow VoIP providers to manage the phone system. Instead, consider placing all the phones on a separate VLAN (automatically done if VoIP QoS is enabled on the Uplevel system) and creating a remote access VPN account that has access to this VLAN.

Enable strong firewall protections such as Threat Analysis and Country Blocking - in particular, block off unwanted countries that are vectors for attacks. Place the phones on a separate VLAN, as mentioned above, with no other devices such as workstations or servers on this VLAN.

If an on-premises VoIP server is present, audit the configuration of the VoIP server to ensure that no security holes are inadvertently created. VoIP servers are designed to maintain high voice quality, and frequently do not pay a lot of attention to network security.

How do I set up a VoIP System for my customer?

Unless you are highly experienced with VoIP services (in which case you don’t need to be reading this!), you will most likely sign up your customer with a commercial VoIP provider, and follow their setup guidelines.

Setting up a VoIP system differs from VoIP provider to VoIP provider, but there are some specific things that are common to all VoIP setups:

1. Check if the Internet connection can handle VoIP. Note that VoIP traffic is two-way and so the uplink Internet path matters just as much as the downlink path. This is frequently overlooked. The customer may believe that he or she has a gold-plated 500 Mb/s Internet service, but this refers to the downlink (i.e., Internet to office); frequently the uplink is only 25 or 40 Mb/s.

While a VoIP call doesn’t require much bandwidth, it does require consistent and unblocked access in both directions. With a 25 Mb/s uplink, one person that decides to upload a video to their Facebook page could easily cause every voice call to stall or drop. Both directions of traffic matter!

2. Ensure that the LAN is set up to allow you to put the phones on a separate Virtual Local Area Network. If the customer has a setup with a “dumb” (i.e., unmanaged) switch - or, just as bad, a VLAN capable switch in the wiring closet feeding a forest of cheap switches at the employee stations! - then VoIP QoS may become quite difficult, or even impossible. To enforce proper QoS, VoIP traffic needs to be segregated from data traffic.

3. Research the handsets that the customer wants to use: in particular, their DHCP requirements and how VLAN tags can be applied to them. Certain handsets require DHCP options to be specified so that they can work. Setting up VLAN tagging is different for every handset. Also, ensure that if workstations are going to be daisy-chained through the handsets, then the handsets support Gigabit Ethernet - far too many of the older handsets only support Fast Ethernet.

4. Allow lots of time to set up and configure the VoIP system. If a third-party VoIP service provider is installing the system, try to be on site at the time the system goes in, to sort out network issues. And remember - Uplevel is here to help! We’ve helped partners figure out all kinds of VoIP problems, from call quality issues to the entire LAN coming down because somebody looped a handset across multiple switches (yes, this happens more often than you think …)

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