Waves Upgrade To V14
Cameron Fluet
Now under Alerts I am seeing Z-Wave is unresponsive. None of my Z-Wave devices will function, if I click On/Off, its like I'm doing nothing. There is nothing showing in the Z-Wave Mesh either. Z-Wave logs are empty and I can't find any other troubleshooting information.
Have found that following Step 1 in the linked article to downgrade the Z/IP Gateway (as below) at least restores Z-Wave functionality. So I would guess its something to do with the later firmware. Have not tried upgrading again yet.
I did on BOTH hubs the first time I attempted the upgrade. After I downgraded, I noticed that the button had gone on both of them, so effectively skipped that step the second time round in both cases.
Last night, I was having trouble with one of my devices not responding to zwave commands. I opened the zwave log and sent a command - the device didn't respond and nothing showed up in the log. I ran a zwave repair on that device with the log open - again, nothing in the log.
Aside from disabling the auto firmware update on .122, nothing else has changed, from .119. Perhaps, the Z-Wave crashed and after rebooting to install .119, the radio came back online. Please send me your hub id in a private message so we can look at what might have happened.
Assuming you've already sent your hub UID to Bobby. Remember it's Sunday, so there may not be much more action until the week starts. Pretty darn nice that HE staff are hanging out here on the weekends, but I do support them trying to have a life outside of work.
I would make a system image of your current W10 installation prior to updating to W11, so you can easily reinstall W10 in the future. I used the free Macrium Reflect software to do that, under the Backup at Home section.
I used the first procedure last Saturday to do an in-place upgrade an old HP Elitebook 6930p notebook made in 2010 to W11, and I was able to keep my old Office 2010 Starter program that came with the notebook when it had W7 on it, along with all of my other programs, files and settings.
Add the flexibility of Waves SoundGrid network protocol to your Q225 console (sold separately) with the X-WAVES-Q2 internal Waves card. The cutting-edge card boasts 64 input and 64 output channels at either 48kHz or 96kHz, effortlessly integrating into the SoundGrid Network through 2 Ethercon connections. Featuring two network ports linked via a built-in switch, even smaller setups thrive without the need for additional network switches. Connect to the SoundGrid network and unlock a realm of possibilities. Effortlessly shuttle audio to and from your DAW, run Waves plugins (sold separately) in real-time, and exchange audio with any DiGiGrid products. Whether sculpting intricate reverbs, crafting dynamic delays, or refining the tonal balance with precision EQs, this upgrade gives you access to a world-class tool kit. From subtle enhancements to bold sonic transformations, the X-WAVES-Q2 Q225 Internal Waves Upgrade offers a comprehensive solution for pushing the boundaries of audio production.
As a part of this upgrade, the model will introduce the first-ever hourly probabilistic hazardous rip current guidance up to six days out for the U.S. East and Gulf Coasts, Puerto Rico, Hawaii and Guam. This new guidance was developed in partnership with the U.S. Lifesaving Association and validated through lifeguard observations of rip currents. These enhancements will undoubtedly help save lives and protect property, as rip currents account for more than 100 deaths in the U.S. each year and 80 percent of rescues performed by beach lifeguards.
Left: Fig. 1: Snapshot of predicted ocean wave field for Morehead City, North Carolina. The significant wave height (shown in colors) is the average of the highest one-third of occurring waves over a given period. This corresponds to the wave height that would be estimated visually by a mariner. The peak wave period (shown in arrows) is the direction towards which the waves of the highest energy are moving.
Right: Snapshot of a hazardous rip current prediction along the coast of Morehead City, North Carolina, which corresponds to the wave conditions shown in Fig. 1. Note: Red contour indicates an exposed region with a greater than 50% chance of encountering a rip current of sufficient strength that would be dangerous to the average swimmer. Gray contour indicates a sheltered region where the probability of encountering a hazardous rip current is lower.
Version 1.3 will also introduce the first-ever hourly probabilistic erosion and overwash guidance for up to six days out for the U.S. East and Gulf Coasts. This is significant because coastal erosion is responsible for roughly $500 million in coastal property loss in the United States each year.
The forecasting improvements enabled by this upgrade to NWPS will make way for better protection of life and property at sea in the U.S. East and Gulf Coasts, Puerto Rico, Hawaii and Guam. The next model version will include enhancements for the Western and Alaska Region coastal WFOs.
US Dept of Commerce
National Oceanic and Atmospheric Administration
National Weather Service
News Around NOAA
1325 East West Highway
Silver Spring, MD 20910
Comments? Questions? Please Contact Us.
The Parabolic Reflector Retrofit Kits by RadioWaves allow previously deployed Antennas to be upgraded to the latest radios on the market. These kits come with new feed horns, interface, and mounting hardware needed for rapid installation, under budget!
What difference? Is there any in component or configuration difference in the new Direct Stream DAC as opposed to an upgraded Perfect Wave DAC MK11.
I thought I read somewhere all boards including the PSU in the Perfect Wave DAC MK11 are swapped out and only original component remains is the display board, everything else replaced is this right?
Yes, power supply, analog board, and digital board are all replaced and fit in the same slots as the previous Mk II and Mk I versions, so sonically there would be no difference. If anything, do the kit and you can keep your fuses.
The DirectStream will be able to play gapless I learn.
What if I put in my old bridge board and run LAN through it from my server via jRiver?
Will that be gapless or should I wait for the bridge II coming out some unknown time in the future?
Thanks!
It has recently been found that there is a decoupling between near-surface winds and the ocean surface for strong wind situations. This results in a reduction of the transfer of momentum from the atmosphere into the wave fields.
Based on this evidence, we have been adapting the model to reduce the drag coefficient (Cd), which relates the resistance of the water surface to wind, for high winds. The latest revision, which was only applied to 10 m winds above 33 m/s, was implemented in 2020.
In IFS Cycle 49r1, a more physically based model that does not require a fixed wind threshold will be introduced. That way, changes in the transfer of momentum from air to waves are already felt for winds below 33 m/s.
Wave-induced motions in the air lead to an enhancement of the heat and moisture exchange between the ocean and the atmosphere. To capture this, in IFS Cycle 49r1 the way the heat exchange coefficient (Ch) varies with wind speed has been adapted.
In Cycle 49r1, some other ocean-related changes will also be implemented. They concern the way we parametrize the sea state in areas partially covered by sea ice, and the use of altimeter wave height data.
Normalised change in temperature forecast root-mean-square (RMS) error, measured against own analysis, showing the impact of all wave-model-related changes, for combined winter and summer seasons. Cross-hatching indicates statistical significance at a confidence level of 95%. Blue areas indicate a reduction in RMS error and hence a beneficial impact.
Normalised change in two-metre temperature forecast root-mean-square (RMS) error, measured against own analysis, showing the impact of sea-state-dependent heat and moisture fluxes for the combined winter and summer seasons. Blue areas indicate a reduction in RMS error and hence a beneficial impact.
An overview of all the improvements brought by IFS Cycle 49r1 was recently provided by ECMWF Director of Research Andy Brown. In addition, ECMWF Head of Evaluation Matthieu Chevallier has presented the latest Cycle 49r1 model verification, new products, and technical aspects.
Now, I realize this is probably normal and expected ? for this crowd, but I thought the wave was as good as the 25ft Nautique we had a pleasure to learn on and a huge upgrade from our 20ft Moomba Mondo.
So what I would like to accomplish is to be able to get close to this setup when there are only 3-4 of us, but most importantly have more bow weight to keep the RPM lower, and bow down without much center tab, even if I would be running lower overall weight.
The wave feature enables administrators to schedule and deploy ThinOS firmware, BIOS, or application packages in a phased manner. This option enables the administrator to test the new firmware, BIOS, or packages on selected devices before deploying to a larger group. You can create a wave with multiple phases for a single group or multiple groups. You can also select the devices based on your requirement using the filters. For example, if there is a group with 500 devices and a new ThinOS firmware must be deployed, the waves upgrade feature can be leveraged to create phases and deploy on firmware on selected 100 devices. This feature is based on Ring Deployment.
You must define a threshold for the success or failure of a phase. The next phase of deployment can be started based on the threshold of the earlier phase. You can merge the wave configuration to the main group configuration using the Auto-Merge option.
You can view the status of a wave on the Dashboard. The detailed summary of each phase is captured in the Jobs page. You can also view the Package Download and Installation status per phase in a wave.
c80f0f1006