Windows 10 Version 1703 KB4032188 Cumulative Update

Update and Reset Your Adtran Netvanta 1224STR

Updating the firmware on an Adtran Netvanta 1224STR PoE transfer can appear to be a frightening challenge if you have not carried out so before. Following those steps will assist you through the process. **NOTE** If you use the improved function %, you’ll need an Adtran account with a valid purchase to validate the download of the improved function. To complete this How-To, you will want the following Windows Cumulative Update: A computer with a community connection and a COM port available. If no COM port is to be had, a USB to COM port adapter can be substituted.

A network transfer with at the least 1 loose port for the Netvanta router is desired, but a crossover cable also can be used.
A software you can use to console into the router.
A TFTP server answers to your computer. You will use this to transfer the firmware to the router.
An Adtran serial cable. This is a requirement to gain access to the router.
The first component you should do is download the brand new firmware from Adtran. Firmware updates are available on their website.

Site. Once you’ve downloaded the firmware, you’ll need to put in PuTTY and SolarWinds TFTP when you have not already. Move the firmware you have downloaded to the TFTP-Root folder located in your computer’s C: Drive. Make sure that SolarWinds TFTP is working.

Connect the serial cable from your PC’s COM port to the Adtran router’s console port. You’ll need to run an RJ45 Cat5 (Ethernet) cable out of your router’s Eth 0/1 port to your network transfer. Go beforehand and take this time to find out your PC’s IP address additionally. You’ll need this in a few minutes. A clean manner to do this is to run the command IPconfig from the Command Prompt. In our case, the computer is on IP 192.168.1.133.

Go beforehand and set up. Select a Serial connection type with a BAUD feratef 9600. Hit join. You’ll want to do this before you boot up the router, as you have only a few seconds to go into boot mode when you first boot up the router. Now plug the router in and hit the power button. You’ll load into a bootstrap mode. From here, you can begin to make adjustments to the transfer. The first commands you will want to execute are as follows:

Summary show

Bootstrap#erase record-device

This will erase all documents within the file machine. Proceed? [y or n]y

Erasing the port machine. This might also take several minutes..

This will erase the vintage firmware on the Atlanta. Do no longer try this when you have a configuration at the router you need! Once that is completed, we can begin shifting a new edition of the firmware onto the router. Use the subsequent commands to transfer the firmware:

bootstrap#ip deal with 192.168.1.Fifty-four
bootstrap#replica TFTP flash
Address of remote host? 192.168.1.133
Source filename? N1224RA-thirteen-15-00.Biz
Destination filename? [N1224RA-13-15-00.Biz] **hit input**
Initiating TFTP transfer…
Received 13711081 bytes.
Transfer the entire.

Here we specify the IP address of the router as 192.168.1.Fifty-four. You can alternate this to whatever fits your desires. We inform the router to replicate a record to the flash memory with the aid of TFTP. The address of the far-flung host is our PC with the firmware hooked up on it. The supplied filename is the firmware’s game you downloaded. Reproduction and paste this with the document extension. BizYou will then be able to begin the switch.

The subsequent command is:

booBootstrap ot device flash N1224RA-13-15-00.Biz
Primary image: NONVOL:/N1224RA-thirteen-15-00.Biz

What Is Split or Cumulative Time on a Stopwatch?

When searching for Stopwatch, ere are functions whithatn sometimes complicated. This article will clarify the atelap/split time and the cumulative time method on a stopwatch. For most of the people who aren’t professionals on stopwatches, looking at lap/break up time versus cumulative time as a feature on a stopwatch can be a roadblock to putting an order. If you do not know what the function is, how can you recognize it in case you want it? We are going to explain the distinction simply with clear examples.

Typically lap/split time method the time between events. For example, someone will walk the track at the song (four laps), you will start the stopwatch, and on every occasion you hit the lap/split button, it’ll document each lap. In this situation, the runner will run the mile in 4 minutes with each lap run in 1 minute; lap 1 will read 1.00, lap 2 will display as 1.00, lap three will display as 1.00, lapand four will show as 1.00. So in this example, the runner ran every lap in 1.00, so that is how the breakup time is calculated that which will be shown on the stopwatch.

Cumulative time is the overall time at each phase that a breakup time is clicked on the stopwatch. In the identical instance of a person going for wala ks a mile in four minutes, with each lap being run in 1 minute, you may begin the stopwatch, and whenever you hit the lap/split button, it’ll show cumulative time. The cumulative example given above will display the entire time,e s, lap 1’s split will show as 1.00, and lap 2’s split will show as 2.00. Lap three’s break up will show 0, and lap four is cut up will display as 4.00. So, in this case, the entire time will display for each breakup. Some stopwatches display both laps/cut up and Cumulative time. I always assume it’s far higher to have the choice of both; however, in a few instances where you might be having children or volunteers, the usage of the stopwatches, it’s miles higher to hold it easily and only have the feature you want.

Here are a few examples of sure stopwatches with lap/break-up capabilities:

Oslo 2.0
Oslo 1000W
Robic SC501
Accueil AX625

Here are a few examples of simple stopwatches with cumulative cut-up features:

Ultrak 320
Ultrak 330
Ultrak 340
Oslo 2.0
Accusplit S3CL
Oslo 1000W
Ultrak 420
Robin 501

As you can see, a number of the stopwatches listed are in both lists, and this is because they can be set for both lap/split timing or cumulative timing. Depending upon what you’re timing you may want one form of timing over some other.

Example one:

When you are timing a race with multiple runners to get their finish time for each runner, you will be looking at the cumulative instance effectively, for example:

If you had had a table assembled, and also you need to recognize how long it took to bring together each part of the desk personally, you’d need the lap/split time.

Example three:

If you’re timing a character runner strolling something just like the smile, you’ll want each lap and cumulative time so the runner can see how they’re going for walks each lap and their overall time.