Qolsys IQ Panel 4 AT&T LTE, DSC Compatible Posts

Due to an anomaly with Qolsys IQ panels, this weekend's time change may cause panels to repeat the communicator test excessively. To prevent this, Alarm.com will move the test forward by three (3) hours. This will be a transparent change to customers but offers a unique learning opportunity.

Daylight Savings Time (DST) is one of those things that folks either love or hate. There are those who want to switch to DST permanently. Others think the whole process is a waste of time. Regardless of personal preference, the pervasive nature of DST reminders can serve as a helpful prompt for other important tasks.

For instance, fire departments often encourage people to test their smoke detectors during the time change. This is a convenient opportunity to ensure home safety. Interestingly, not all regions observe DST. Arizona, Hawaii, Guam, Puerto Rico, American Samoa, the Northern Mariana Islands, and the U.S. Virgin Islands do not participate in the "Spring Forward/Fall Back" practice. We encourage residents of these locations and all others to test their smoke detectors this weekend!

The anomaly we mentioned above is fairly straightforward. Any Qolsys IQ Panel that is programmed to send a communication test between midnight and 2:00 am that falls on Saturday night/Sunday morning may send excessive reports when the automatic time change occurs this weekend. For this reason, Alarm.com will automatically move the communication test time for these customers forward by three (3) hours to prevent any issues.

That means if your system usually sends its communication test at 1:00 am, it will now send the report at 4:00 am this coming Sunday and each time the report is sent moving forward. This will be a transparent change for customers. When it comes to communication tests, you're only notified if they don't happen.

When we talk about a "communication test" we're talking about the equivalent of a "dialer test" on a panel that supports a phone line. Alarm systems supervise themselves in all sorts of ways. Individual wireless zones are supervised for check in and tamper, the panel itself has a cover tamper, and the cellular communicator has a supervision interval.

When we activate an account through Alarm.com, we set the communicator on the account for a supervision interval. If the Alarm.com server doesn't hear from the account for the specified supervision interval, a message is generated to the monitoring station and from them to us. We then reach out to the customer to see what's going on. Alarm Grid enables Daily cellular communicator supervision on all central station monitored accounts. Self-monitored accounts are inherently unsupervised.

The communication test that's programmed through the panel is a little different. This test is generated by the panel and helps to verify that the system itself is capable of sending a signal successfully, not just the communicator. By default, the communication test interval is set to weekly through panel programming. It can be set to daily, weekly, or monthly by going to Menu > Settings > Advanced Settings > Installation > Enter Installer Code (1111 by default) > Installer Settings > Communication Test and Communication Test Start Time.

This test, the one programmed through and sent by the panel, is the one that is affected by Daylight Savings Time. Chances are, you don't know whether or not your system is set to send this test. However, it's a good idea to configure it. It will help to verify that the panel is able to send signals through the communicator. As mentioned above, the default communicator test setting is Weekly.

If you don't program a time for the first test report, it will be randomized at the time the panel is either initially programmed at the factory, or when a Master Reset (factory default) occurs. Once the first test is sent, the panel will continue to send the test periodically, either daily, weekly, or monthly thereafter.

The takeaways from the time change are to remember to test your smoke detectors and any other life-safety devices you may have. You should test them at least twice a year, but Alarm Grid recommends monthly testing. And also, give some thought to checking your communication test settings in the Qolsys panel. This is a good automated test to ensure your system is working smoothly. Check out our FAQ on testing the IQ Panel 4.

Starting on April 23, 2024 an improvement is being implemented to the arming process for the Qolsys IQ Panel 4 and IQ Pro. This change increases customer awareness of when their sensors are being bypassed during remote arming. Previously, it was often unclear when zones were being bypassed.

The behavior changes slightly, depending on which panel version the user has. For IQ Panel 4 systems below firmware 4.5.0, and for IQ Pro systems below firmware 4.3.0n, the "Force Bypass" checkbox will be hidden both on the customer app and website to signal when the Auto Bypass feature will be applied to any open sensors and trouble conditions.

For IQ4 Panels on firmware 4.5.0 or higher, and IQ Pro panels on firmware 4.3.0n or higher, when the Auto Bypass feature is enabled, the Force Bypass checkbox will be hidden on the user app and website. This is to communicate to the user that Auto Bypass is enabled in the panel. Anything that would prevent arming is already going to be bypassed.

If Auto Bypass is disabled at the panel on these versions, the Force Bypass checkbox, which has now been renamed to "Bypass all open sensors/trouble conditions" will appear and will be checked by default. If the user deselects the checkbox and there are sensor open or trouble conditions that would prevent arming, the system will fail to arm.

Be sure your Alarm.com app is on version 5.3.1 or higher. This will allow you to take full advantage of this enhancement to the Alarm.com remote arming feature. To check whether or not your system has the auto-bypass feature enabled, you can tap the gray bar at the top of the main screen, then Settings > Advanced Settings > Enter Installer or Dealer Code (1111 or 2222 by default) > Installation > Security and Arming. You can search from the top of the screen, just type in "Auto" and you should be taken directly to this setting. The "Auto Bypass" feature is enabled, by default.

In firmware version 4.1.0 Qolsys added an Input Voltage Test feature to the other system tests already available in the panel. This is a boon to the DIY community, whose users often don't have a multimeter available to check things like input voltage. With this new feature, you can troubleshoot random or recurring AC Loss issues.

If you've been a DIYer in the alarm system community for any length of time, you may know that power issues can be caused by some things that most people wouldn't even think of. The wrong gauge wire, a wire run that is too long, or sometimes a combination of these two things can often lead to power issues. Particularly on the newer touchscreen all-in-one panels. The installation instructions on these panels are very clear about the wiring parameters required to properly power the system, but often people, even professional installers, overlook this information. The result can be nagging power issues that may make you want to pull your hair out!

In the DIY community, this issue can be compounded by the fact that many users don't have the type of equipment for troubleshooting that a professional installer does. Well, the Input Voltage Test feature can help with that. When you run this test, it checks the input voltage at the IQ Panel 4. You may get a different reading each time you run the test, based on the amount of current being consumed by the panel at that moment. In every case, the input voltage should be at least 6VDC or higher. If the panel receives input voltage below 6VDC, it will alert you that the voltage is low, and suggest ways that you can resolve the issue.

You can reach the Input Voltage Test by selecting the gray bar at the top of the Qolsys IQ Panel 4 screen, then choosing Settings > Advanced Settings > Entering the Installer or Dealer Code (Default is 1111 and 2222 respectively) > System Tests. When you select the Input Voltage Test, you'll see a screen like the one on the left below:

When you press "Start" the panel will do a real-time check of the input voltage at the panel. Each time you come to this screen and press the start button, a new test is run, and as mentioned above, the reading may vary a bit each time, depending on what's happening on the panel when you run the test. An example of when it would be good to check input voltage is in a situation where the panel has been reporting either an AC Loss, or a low battery condition, either constantly or randomly. One of the most important factors in having a healthy battery is providing good input power, which in turn provides good charging voltage. Often, one of the first symptoms of an input power problem is a low battery report.

There are still situations where a multimeter is helpful and will make troubleshooting much quicker. For example, if the low input voltage is being caused by a bad DC power adapter (the thing you plug into the wall) this test can't determine that. It can tell you that the voltage is too low, but not necessarily why it's too low. It also can't tell you if you have a bad piece of wire between the power adapter and the panel. To determine those things quickly, you still need a multimeter. We sell an inexpensive meter on our site, and you can probably also find one at your local hardware store.

So, while this test doesn't necessarily negate the usefulness of a multimeter, it will provide the DIY user with information that was unavailable to them before if they didn't possess a meter. When you're troubleshooting an ongoing issue, all pertinent information is helpful. Thank you to Qolsys for providing this handy tool!

Qolsys recently released firmware version 4.2.0, which added a lot of new features as well as fixes and improvements to the panel. However, after updating, a small number of panels reported receiving an error message regarding a panel shut down due to high temperature. This issue is corrected in firmware version 4.2.1.

If you see a message on your Qolsys IQ Panel 4, or IQ4 Hub, that mentions an overheating situation, and/or if the panel shuts itself down without you having a chance to see the message, don't worry. Use the power button on the side of the panel to turn it back on. Press and hold the button for three (3) seconds. Once the panel powers back on, update the firmware to 4.2.1. This should take care of the erroneous panel logic that is making the panel think the battery is too hot. Read the TSB# 221017 IQ Panel 4/IQ4 Hub - 4.2.1 Software Update - Release Notes and Instructions here.

As always, you have three (3) ways to update the panel firmware. If the panel is monitored and has a connection to WIFI, you can have your alarm dealer push the update to your panel over-the-air (OTA) using Alarm.com. You can also choose to request the update from the panel using a Patch Tag. Instructions for how to perform this type of update are included on our Qolsys IQ Panel 4 Firmware Updates page along with the update file, for those who don't have WIFI.

If you don't have a WIFI connection at the panel, then the previous two options are not available to you. In that case, you'll need to download the firmware file, which you can get at our above-linked page, and then use the panel's access point feature to perform the update. Instructions for this type of update are also included on Alarm Grid's IQ Panel 4 Firmware Updates page. We'll post them here as well to make things as easy as possible.

Instructions for Updating the Qolsys IQ Panel 4 Via Access Point

1. Download and save the required file from our site. You'll need to use a smartphone, tablet, or computer with WIFI capability to perform the update. Remember, the panel should have had 4.1.1 installed prior to installing the 4.2.0 (or higher) firmware.
2. On the IQ Panel 4, go to Settings > Advanced Settings > Enter Installer or Dealer Code (Default 1111, or 2222 respectively) > Upgrade Software > "Upgrade Using Access Point". The Access Point will need to be enabled in order to use this feature.
   • To enable the Access Point, be sure the panel has WIFI enabled, then go to Settings > Advanced Settings > Enter Installer or Dealer Code > Installation > Devices > WIFI Devices. First, click on WIFI and be sure Activate WIFI has a Check in the box to the right. Then press the back arrow at the bottom of the screen. Go to Access Point Settings. Be sure the WIFI Access Point is enabled with a check in the box at the right. Press the Home button at the bottom of the screen, then go back to Step 2 and continue.
3. A QR Code will be displayed on the panel. Scan it with your phone or tablet. If you're on a device that won't allow you to scan the QR Code, then you will have to manually join the panel's access point network by entering the panel's SSID and Password which will be displayed on the same screen as the QR Code.
   
   
   
4. Press "Start" to begin the local server session, then from your device, scan the second QR code provided by the IQ Panel 4. If that is not an option, navigate to the "https:" URL shown on the panel's screen.
   
   
5. Follow the prompts on your phone, tablet, or computer to select the correct files and transfer them to the panel. The file you download is in .zip format. It should automatically unzip and create a folder called Software-Patch-421. This folder will have three (3) files in it.
   
   When you go to the URL or use the 2nd QR Code, you'll see a screen that will allow you to choose each of these three (3) files. When you click Choose File on each option, it will only allow you to select the correct file from those available. The other two files will be grayed out.
   
   
   
   Once all three files have been successfully chosen, press "Send Files". A progress bar will be shown on the phone, tablet, or computer, showing that the files are being uploaded to the IQ Panel 4. A message will come up saying "Uploaded ALL files successfully". Hit "Close" on the phone, tablet, or computer.
6. Once the files have been loaded to the IQ Panel 4, it should automatically begin the update. Once the update begins, don't touch the panel screen. The panel will reboot as part of the firmware update process.
   

Qolsys has released Firmware Version 4.2.0 for the IQ Panel 4, and the IQ4 Hub (coming very soon). This is a huge update with lots of new features and bug fixes. In this blog, we'll discuss what to expect from this release. The IQ Panel 4 MUST be on version 4.1.1 to install version 4.2.0.

For those of you with panels that can't access WIFI, we've updated our Qolsys IQ Panel 4 Firmware Updates page with the newest release. In addition, if your panel isn't yet on version 4.1.1, we have that file available too, so you can get your panel completely updated just by visiting our page. Just scroll down the page until you see the green download button for 4.1.1. Instructions on updating are included on the page.

The marquee feature in this release is support for the new Qolsys IQ WIFI 6. This is an all-new, IPv4 and IPv6 capable router purpose-built for security professionals. Out of the box it has three (3) partitions enabled. A Guest partition that is capable of using both 2.4 GHz and 5 GHz, and the Main partition that also supports both 2.4 GHz and 5 GHz. The biggest differentiator for the IQ WIFI 6 is that it also has a Security partition. This partition is there to support all of the security system elements that use WIFI. This includes the panel itself, any Alarm.com video devices, and remote keypads that use WIFI in order to communicate with the panel. By putting security devices together on a partition that is controlled by the alarm dealer, WIFI issues for accidental configuration changes made by the end-user are virtually eliminated.

Alarm.com cameras will automatically move themselves to the Security partition if they are initially added to the network on one of the other partitions. The alarm dealer will have access through the Partner Portal and through Mobile Tech to configure and troubleshoot the IQ WIFI 6. The end-user will have access to configuration settings through the end-user website and the Alarm.com app.

The IQ WIFI 6 offers band steering, which causes WIFI devices to switch between the 2.4 GHz and 5GHz bands. This is an ongoing process that optimizes both speed and reliability for each device on the network. Let's say you're walking through your home, on your smartphone, which is connected to WIFI, and you're surfing the web as you walk. When you're close to the router, 5GHz is likely the best band for you to be using. But as you walk further from the router, 2.4 GHz may become the better option. The IQ WIFI 6 will automatically cause you to switch from 5GHz to 2.4 GHz without you ever even knowing a change took place. Band steering is always enabled on the IQ WIFI 6. That means if you change the SSID for the 2.4 GHz band, the SSID for the 5 GHz band will be changed to match it.

The Qolsys IQ Panel 4 has an open slot where a new daughterboard can be installed. Qolsys will soon be offering a Zigbee card (QC000E-840) that can be installed in this slot. With the Zigbee card installed, the IQ Panel 4 can support both Zigbee automation devices and Zigbee security devices. There are alarm dealers out there (Comcast Xfinity) who use Zigbee sensors for their proprietary systems. If you have one of these systems and thought you were stuck either staying with your current company or purchasing all new equipment, rest easy. By adding the Zigbee card to an IQ Panel 4, you can replace just the alarm panel, keep your existing sensors, and move to any dealer who supports Alarm.com communication. It just so happens, Alarm Grid is one of those dealers! Firmware version 4.2.0 adds end-to-end Alarm.com support for Zigbee automation devices when the optional Zigbee daughtercard is installed.

This firmware release also prepares the IQ Panel 4 and IQ4 Hub to support Z-Wave 800 Series. At the core of Z-Wave 800 Series are the ZG23 SoC (System on Chip) and the ZGM230S, a module with a ZG23 already connected. Devices using this hardware will have low sleep and active current consumption, with 50% longer battery life than Z-Wave 700 Series. For modules that use coin cell batteries, Z-Wave 800 supports up to ten (10) year battery life. Using the ARM Cortex-M33 microprocessor, Z-Wave 800 delivers ~20% more processing power than the previous Cortex-M4. It can also support Z-Wave Long Range (LR), which has a wireless range of ~1.5 miles.

There is so much to unpack in 4.2.0 that we can't cover it all here. PowerG PIR Cameras, like the PG9934 will now send up to six (6) images to the Alarm.com backend for each device trip during the same arming period. Previously, only images from the first alarm trip were sent. There is a fix for improved WIFI connectivity between IQ Remote Keypads and the alarm panel, basically causing WIFI to toggle OFF and then ON if the remote keypad loses connection to the panel. There is new PowerG Modem Firmware (Version 3.0 / Build 10.87). To see everything that is included in this firmware release, you'll need to read the full Release Notes.

What do you think about Firmware Version 4.2.0 for Qolsys IQ Panel 4 and IQ4 Hub? Are you looking forward to the release of the new panel? Have you been following Z-Wave 800, or is this the first you've heard of it? Drop a comment below and let us know what you think, we always look forward to hearing from our readers. Until next time, stay safe!

The Smart Arming feature can be enabled for any residential customer who has an interactive monitoring plan with Alarm.com. Once enabled, the feature can easily be configured using either the customer website or iOS or Android app.

Once configured, the Smart Arming feature will automatically arm the system to the Stay Mode once the occupants of the home have gone to bed. This can be accomplished using a schedule, or by configuring certain door and/or motion sensors to work in conjunction with the feature. You can reach the Smart Arming settings by going to Security, or through the Automation page. The Smart Arming programming is listed as Goodnight for Arming, and Wake Up for Disarming.

For example, you can set the system to Arm Stay at 10:00 PM, or you can set the system to Arm Stay when no activity has been detected for 30 Minutes between 10:00 PM and 11:30 PM (this is just an example, and you can use whatever time frame you want). If you choose the latter option, you then configure which zones you want to apply this logic to.

For the Stay Arming feature, doors, windows, and motions can be used along with the feature. So, once you choose the zones to be used with this logic, if no activity has been detected on ALL of those zones for a full 30 Minutes, and the time is between 10:00 PM and 11:30 PM, the system will automatically Arm Stay. Smart Arming logic is canceled if the system is already Armed Away.

For Disarming the options are similar. You can set the system to Disarm at a specific time, or you can set it to Disarm when motion is detected on certain motion detectors within a specific time window. For example, in our screenshot below, you can see we have our system set to Disarm if the Upstairs Motion detects movement between 8:00 AM and 9:00 AM. We also have it set so that if no motion is detected, the system will still disarm at 9:00 AM, which is sort of the best of both worlds.

Notice that only Motion Detectors are now available to tie to the Disarm logic. You don't want someone opening a door to disarm the system. By the same token, be sure that no outdoor motions are configured to work with this automation.

This is an excellent new feature that can go a long way toward preventing false alarms. No more forgetting to disarm the system when you go to let the dog out in the morning. As long as you set it up so that a motion you walk past on your way to the door causes the system to Disarm, you're all set. No more laying in bed wondering if you remembered to set the alarm. Now, as long as you have configured the Goodnight options, you know your system will arm itself based on either a schedule or activity (or lack thereof) combined with a time window.

The following Alarm.com compatible panels support this feature:

What do you think of this new Alarm.com feature? For that matter, what do you think of Alarm.com's commitment to bringing you new products and features in general? They're doing an excellent job of listening to customers and responding with great new options. Drop us a note in the comments and let us know what you think. We always look forward to hearing from you!