Preparing Your Home Office for Optimum Voice Quality

The Problem

Despite the exhortations of celebrity CEO’s, remote work is here to stay. We as IT leaders must determine how best to achieve our goals in this paradigm. Even before the pandemic, conferences and remote users have had their share of technical issues. Now collaboration systems’ disparities exacerbate the challenges. Audio quality is one of many such problems. Whether it is delay, echo, jitter, low bandwidth, poor equipment, background noise, or other factors, some simple actions can make your remote work environment sound more professional. If your teenage gamer were speaking in a Discord server chat and exhibited such poor audio, they would be kicked out or muted by the moderator. They may not fully understand why their peers use a particular vendor or technology, but they do heed the trend. So why does their parent, working for a prestigious employer, use a $20 headset in their home office and place transactions, and your firm at risk?

 

Many years ago, a customer had a small trading floor where a single trader had ‘static’ on all his lines. It was odd that only one person experienced this, and odder still that the lines were IP, and the problem was intermittent. I joined the tech on the service call at 7AM on a Summer morning before trading began. The trading turrets were older vintage, but in good working order. There was nothing remarkable about that desk. We tested both handsets and several lines with no issues. We checked for all the usual IP related issues like jitter. Nothing. We put it on speaker and checked the gooseneck microphone.  Suddenly there was the static. What we found was an extremely sensitive omnidirectional microphone with no windscreen which was aimed upward directly at the overhead air conditioning vent. I blocked the air with my hand and the static ceased. The telecom manager (remember those?) was highly embarrassed. While not a remote work example, it illustrates the point that even on a main trading floor, you can encounter unique circumstances. If you have such issues in the controlled environment of a main trading floor, imagine the issues you would encounter in the hundreds of uncontrolled remote work environments?

 

What Employees Can Do

-Correctly prepare your environment:

-Do not use rooms with vaulted ceilings, wood floors, and vast open space

-Use acoustic dampening panels when there is a chance for reflection

-Choose a room with a door to close if others are home

-Close windows

-Do not have fans or air vents blow on your desk

-Provide sufficient bandwidth:

-Dedicated if possible

-Use a cable not Wi-Fi or Bluetooth for all connections when possible

-Ear buds are EXTREMELY sensitive and pick up every noise so avoid them

-Choose the best SSID connection to your home router

-Use a VPN

-Test your up/down bandwidth with a speed test provider

-Correctly layout your desk

-Do not put the speakers and mic too close; angle the speakers towards you

-Use a headset if possible and do not put the mic boom too close to your mouth

-Do not put anything in front of you speakers and mic to impede their quality

-Turn off other mics not in use such as camera mics that can cause feedback

-Use the mute button judiciously

What Employers Can Do

-Provide quality equipment:

-Simply providing a stipend does not mean employees will spend it correctly

-Name the high-quality brands and exact model numbers of I/O devices

-Choose the correct microphone polar pattern for the environment:

-Cardioid (NOT omnidirectional)

-Ensure it has a foam windscreen cover

-Position the Speakers in the rear dead zone of the mic’s polar pattern

-Provide a home office best practices manual

-Test and monitor home offices as if it were a corporate site

-Provide up to date PCs:

-Provide a dedicated device if your other tools are processor hogs

-Traders have less screens when remote but want the same apps

-Is the OS, processor, drivers, settings, and memory up to the task?

-Check users Task Manger for utilization and performance and turn unnecessary items off

-Enable noise reduction on the PC, APP, and equipment

-For WebRTC apps, are browser extension disabled?

-Is security software slowing things down?

What Technology Vendors Can Do

-Provide best practices recommendations for remote use of your products

-Do not sell less than what your customer needs just to get the deal:

-Make sure your remote desktop vendor manages voice correctly

-Procure all the required software packages

-Provide tools that clean up inferior quality audio or noise even if it is introduced:

-AI can do easily determine that a barking dog does not belong on a call

-Provide a platform such as XOP Networks that can solve this for you:

-Extend the life of your legacy assets

-Account for every user’s setup being potentially different

-Provide protocol conversion and bridging when necessary

-Provides multiple access methods to suit your situation or as a backup

-Reestablish connections upon failure for business continuity and reduced interruption

-Normalize access methods to provide a common user experience

-Allow a single pane of glass for administrators ease of management

Conclusion

Is all this obvious? Remember the example of my visit to the trading floor for static? For the want of a foam windscreen, or moving the trader, they frustrated a key revenue producer, wasted their time and the vendor’s time. Do not skimp on remote worker costs as it is never worth the few pennies you may save. Listen to a voice recording of a poor-quality trader voice call and ask yourself if it would lend itself to the conflict resolution of a disputed trade. Why risk your reputation, and profits from that trade made on a $20 headset because a manager was more concerned about their budget? The Federal Reserve Banks use the fable, Shopping Wisely with Olivia Owl, to teach children the value of money. The moral is that if you compare price options before you shop, you will use your money more productively. As IT managers, we need to plan and choose vendor partners wisely, then test, monitor and maintain our remote workers’ equipment and applications the same as if they were in an office. If not, we risk being the telecom manager responsible for 100 angry traders under 100 air vents.

 

Bill Wagner is a financial industry technology consultant with over 30 years’ experience as an industry executive in hardware, software, engineering, operations, R&D, product development and introduction, and strategic development.

XOP Networks adds support for G.722 codec to its Hoot and Holler Conference Bridge

XOP Networks Hoot Conference Bridges now support the G.722 codec which provides high-quality audio, making it preferred for Trader Voice networks.

 

 

 

DALLAS, TEXAS, USA, October 28, 2023 /EINPresswire.com/ — XOP Networks, a leading provider of advanced communication solutions, has its Hoot Conferencing equipment deployed in Trader Voice financial services networks worldwide. The G.722 codec provides high-quality audio, making it preferred for applications where clear speech transmission is crucial. XOP Networks now offers support for the G.722 Codec in its “always on” SIP/VoIP based Hoot Conferencing equipment, thereby enabling very high-quality speech communication among traders that participate in Hoot conferences.

– Key attributes of our G.722 based conferencing include:
– Better Speech Quality: Operates at a sampling rate of 16 kHz, which is twice the rate of the traditional telephone system (8 kHz). This higher sampling rate supplies dramatically improved audio quality for more accurate trader communication.
– Excellent Bit Rate: Uses compressed bit rates of 64, 56, 48 Kbits/s., where 64 Kbps is most used. Thus, the bandwidth requirement for voice transmission is similar to G.711.
-Compatibility: Interoperable with variety of Turrets and Trader Voice switching systems and PBXs that support G.722.
-Flexibility: Both G.711 and G.722 calls are allowed in the same Hoot room.“The adoption of G.722 codec in our solution reflects our commitment to continuously improving our products and bring the latest technology to our Trader Voice customers”, said John D’Annunzio, Vice President of Sales, XOP Networks, Inc.

 

“A large number of our SIP based Hoot bridges are deployed in Trader Voice networks worldwide. With support for both G.711 and G.722 codecs, our Private Wire customers can offer significantly richer audio experience to their end users”, said Sudhir Gupta, CEO of XOP Networks Inc.

John D’Annunzio
XOP Networks, Inc
+1 972-590-0200
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Looking for Sycamore’s SPS-1000 Replacement – XOP Networks has the Answer

XOP Networks, Inc., a manufacturer of TDM and VoIP based audio conference bridges announces availability of a replacement system for Sycamore/Coriant’s manufacturing discontinued Signal Processing System (SPS) 1000. The SPS-1000 is widely deployed in the financial services Trader Voice, Commodity brokerage, Utility and Transportation industries.

The XOP Networks Universal Services Node platform matches and/or exceeds the functionality provided by the SPS-1000. Notable features include support for:

  • CAS T1 and E1 interfaces
  • Automatic and Manual Ring Downs (ARD/MRD)
  • Hoot-n-Holler conferences

In addition to the standard SPS-1000 functionality the USN can also offer

  • CAS DS3 and E3 interfaces
  • ARD/MRD and Hoot capability over SIP/VoIP trunks

This allows Private Wire service providers to consolidate multiple SPS-1000s into one USN and offer interworking between TDM based turrets (e.g., IPC’s Alliance MX) and VoIP based turrets (e.g., SpeakerBus iTurret).

XOP Networks has extensive financial services industry experience having deployed tens of thousands of ARD, MRD and Hoot-n-Holler capable conferencing ports worldwide. (Click here to see the IPC press release).

“We are proud to be able to offer a drop-in replacement for SPS-1000 to the financial services’ Trader Voice, Commodity trading, Power Utilities and Transportation industries. The companies that are looking for expansion or replacement for their manufacturing discontinued Sycamore/Coriant SPS-1000 now have a choice – a modern, TDM and SIP/VoIP capable, feature rich, highly secure XOP Networks’ USN,” said Sudhir Gupta, CEO of XOP Networks.

About XOP Networks

Headquartered in Dallas, Texas, XOP Networks was founded in January 2003 and is backed by a seasoned management team. Deployed at multiple Cellular Operators, Fortune 100 companies, CLEC/IOC customers, Government organizations, DOD networks (Air Force, Army and Navy) XOP Networks’ products allow customers to boost employee productivity, increase business efficiency and enhance emergency communications. Having both TDM and VoIP interfaces, XOP products allow customers to seamlessly transition their value added services from legacy circuit switched networks to VoIP based packet switched networks.

For more information about XOP Networks, visit its website at https://www.xopnetworks.com.

XOP Networks’ Universal Service Node is the Answer to Avaya Meeting Exchange

XOP Networks’ Universal Service Node (USN) conference bridge is the right answer for replacing Avaya Meeting Exchange (MX) conference bridge.

Avaya recently announced that it will be discontinuing its Avaya MX Conference Bridge platform.

XOP Networks’ Universal Service Node (USN) is a widely deployed conferencing platform that offers Audio Conferencing, Web Conferencing, Video Conferencing, Hoot and Holler conferencing and Firebar conferencing applications. With it’s broad feature set and host of other capabilities it meets and exceeds capabilities available on the Avaya MX conference bridge.

Following are high level attributes of XOP Networks’ USN that make it a suitable alternative to the Avaya MX:

  • Highly Scalable – Up to 2000 ports under one management
  • Highly Available – Can be deployed with Active/Active and Active/Standby configurations
  • Avaya Emulation – Can mimic Avaya MX’s DTMF based controls so that end user experience is not impacted
  • Multiple Trunk types – Can support T1/E1 PRI, SIP and H.323 trunks or any combination on the same platform
  • Platform Independent – Can be deployed on physical servers or virtual servers
  • Platform Extensions – Support available for LDAP, SNMP, Enhanced Security, Bulk Provisioning, Multiple Languages etc.
  • API Support – Easy integration with third party network elements such as Provisioning Manager, Billing Manager etc.
  • Customer Support – Backed up by 24 x 7 global support

In addition, XOP Networks’ flexible product architecture allows us to quickly customize the product to suit a given customer’s environment.

All of these attributes make XOP Networks’ USN the ideal replacement for the Avaya Meeting Exchange. We have a number of USNs already deployed successfully with Avaya PBX’s and we look forward to helping other Meeting Exchange customers that wish to replace their platform.

“When we first learned that the Avaya Meeting Exchange was at the end of life, we analyzed the Meeting Exchange feature set and realized that our fully featured and economical Universal Service Node conference bridge would be an ideal replacement for it”, said Sudhir Gupta, CEO of XOP Networks.

About XOP Networks

Headquartered in Dallas, Texas, XOP Networks was founded in January 2003 and is backed by a seasoned management team. Deployed at multiple Cellular Operators, Fortune 100 companies, CLEC/IOC customers, Government organizations, DOD networks (Air Force, Army and Navy) XOP Networks’ products allow customers to boost employee productivity, increase business efficiency and enhance emergency communications. Having both TDM and VoIP interfaces, XOP products allow customers to seamlessly transition their value added services from legacy circuit switched networks to VoIP based packet switched networks.

For more information about XOP Networks, visit its website at https://www.xopnetworks.com.

For more information please contact: Angie Bryant Director of Marketing XOP Networks Phone: 214-929-9462 Email: abryant@xopnetworks.com

XOP Networks Announces General Availability of Advanced Conferencing Software

XOP Networks, Inc., a manufacturer of widely deployed analog and SIP based conference bridges, announces the latest release for it’s Universal Services Node (USN) and Digital Collaboration Bridge (DCB) platforms. The Release 9 is the most advanced and feature rich release in XOP’s history.

The Release 9 adds the following platform extensions:

WebRTC based Web Collaboration – Allows participants to virtually meet over the Internet. They are able to see each other, hear each other, share content, all from a web browser without downloading any application software.

Remote Control – A user can take control of a far end PC which makes it ideal for remote support etc.

Click to Call – Allows a participant to enter an audio conference simply by clicking on a browser link thus avoiding any dial up charges.

R9 adds following Platform Extensions:

XOP Application Programming Interface (API) – Allows external sub-systems to query the health of the USN, bulk provision Moderator accounts & configure conference rooms etc.

SNMP Enhancements – Supports proprietary MIB, SNMP V3

“I am excited to announce the most significant software release that XOP Networks has ever launched. In line with USN’s multi-application philosophy, it adds exciting new capabilities such as WebRTC based Web Collaboration, Browser based Click to Call and Remote Control. We believe R9 enhances our leadership position in providing comprehensive and user-friendly conferencing platforms,” said Sudhir Gupta, CEO of XOP Networks.

About XOP Networks

Headquartered in Dallas, Texas, XOP Networks was founded in January 2003 and is backed by a seasoned management team. Deployed at multiple Cellular Operators, Fortune 100 companies, CLEC/IOC customers, Government organizations, DOD networks (Air Force, Army and Navy) XOP Networks’ products allow customers to boost employee productivity, increase business efficiency and enhance emergency communications. Having both TDM and VoIP interfaces, XOP products allow customers to seamlessly transition their value added services from legacy circuit switched networks to VoIP based packet switched networks.

Role of WebRTC capable Audio Conference Bridge in Virtual Call Centers

In a typical Call Center an Automatic Call Distributor (ACD) routes in coming visitor calls to support Agents based on their skill set, availability etc. In case of a Virtual Call Center the agents work from their home office. In this case the Virtual Call Center then has to make long distance calls to reach the home based Agents. As these calls last for hours, needless to say, the Virtual Call Center ends up with a large long distance bill. A WebRTC capable Audio Conference Bridge can play an important role in this context. The WebRTC technology adds real time communications (e.g., audio, Video calls) capability to a browser itself. A Virtual Call Center can deploy such an Audio Conference Bridge in its network. Using a WebRTC capable browser (e.g, Google Chrome, Firefox) a home based Agent can then simply dial into the conference bridge over the Internet at no charge. The ACD can route the visitor’s call also into the conference bridge thus allowing conversation between the visitor and the agent to occur on the bridge. By removing the cost of long distance calls to home based agents, this approach makes a virtual call center much more cost effective.