Earlier this year I was given a Hydro Flask as a gift for being a Den Leader in my son’s Cub Scout Pack. Why did I need another water bottle? After ignoring it for awhile I decided to see what made it so special. I filled it up with ice and water. It held water and ice, no big deal. The next day I hadn’t finished the water and found the water to still be very cold. Since I like drinking cold water, this was the reason to use the water bottle. My only problem was that it didn’t fit in my cup holder in my car due to its large size.
After a few months of putting the water bottle on the floor in the back seat and having it roll around where I couldn’t use it, I decided to look for a solution. A quick search on Amazon came up with a number of options. The option I chose was the BottlePro 2 – Adjustable and Extendable Car Cup Holder Adapter. This bottle holder was designed to adjust to different cup holders by twisting the bottom and came with something that resembles a can coozie to make the fit a bit tighter.
I’ve been using this for a few months now and have absolutely no complaints about it. It does what it says and appears to be well made.
Adjusts to fit different cup holders.
With coozie on, it doesn’t rattle around.
Easy to get bottle in and out.
It sits very high because the entire bottle is basically sitting on top of the cup holder and not in it. (Not a flaw in the product, just how it works.)
Price is a bit high.
If you have a large bottle and want to have easy access to water in your car, this product is a winner. I would also recommend getting the Hydro Flask Hydro Flip Lid so that you don’t have to keep unscrewing the lid.
Several years ago, I worked for a company that sold Sprint service. As part of my job, a “perk” was a company issued phone and then when the MiFi mobile hotspot was released, I got one of them for experimentation and use. (I use perk lightly because having a company issued phone or device is more of a tether keeping you connected all the time.) When I left the company in 2010, my boss said that I could use the company discount to purchase a device and plan; I purchased a MiFi and had a $45/month plan for 5 GB of data. After about a year, I realized that I wasn’t using the device much and cancelled the plan.
For the most part, I haven’t had a need or desire for a mobile hotspot and my iPhone’s mobile hotspot has worked fine when I needed it. Over the last year or so, I’ve heard advertisement after advertisement about “built in 4G/LTE” in cars which seemed like a way just to keep the kids in the back quiet and I ignored the ads. Earlier this year, I saw that AT&T was dropping the price of their “Connected Car” plans to $20/month for unlimited data (22 GB, in reality and then de-prioritization). Now things were starting to get interesting in pricing.
AT&T offered this plan on cars that had built in cellular, as well as with the ZTE Mobley which plugs into a car’s OBD-II port. The only problem with this, for me, is that I have an Automatic plugged into the port and only being able to use the device in the car had limited utility. Luckily, I read on forums that people were buying adapters to plug it into USB or AC. Since the cables looked like someone hand made them, I decided to make my own so that I could choose the parts. I picked up an OBDII Connector Cable Pigtail and a 5v to Dc 12v USB Converter (I picked this one because any heat generated from the electronics wouldn’t be right at the end of the cable). I soldered the pieces together and had a USB to OBD-II power cable.
I purchased the Mobley outright ($99) with no activation fee. When it arrived, I plugged it into my cable and into USB and it powered right up without problems. My first few uses of it were when I went to the car dealer and had to wait around; I plugged it into a USB battery (at peak power consumption, it uses something like 700 mW). It performed quite well and I got acceptable speeds without having to worry about jumping on an unknown WiFi network and dealing with my VPN.
The next test was when we drove about an hour to go camping; my wife was in the passenger seat and my son was in the back seat. My son had an iPad and was entertained for the trip. My wife started out the drive just saying that she would use her phone, but about 10 minutes down the road, she asked my son to hand up her iPad. From that point on, I think the hotspot gained a permanent place in our longer car rides! This past week we went on a driving vacation and covered about 1500 miles. The hotspot powered up when the car started (it was plugged into one of the USB ports; my car has 2 USB ports, but I bought a 2 port cigarette lighter to USB adapter, so I had a total of 4 ports) and was available wherever we had AT&T coverage which turned out to be maybe 75% of the total time in the car.
In one of the hotels we were staying, I was able to get over 20 Mbps down which to me is amazing considering my first cable modem was 5 Mbps down and the first cellular data links I worked with at QUALCOMM were 9.6 Kbps.
While $20/month seems like an unnecessary expense for times that I won’t use it, I can justify the expense.
Easy to use (just plug it in and connect to WiFi).
Coverage wherever AT&T has coverage.
Hard to use up 22 GB a month in normal usage (we used about 17 GB on our last trip and that was using it in the car and hotel).
Device is reasonably priced ($99).
Monthly fee is reasonable ($20/month).
Automatically turns on when power is applied.
Have to buy or make a cable to use outside of the car.
Limited to 5 devices at a time. This seems like a lot of devices, but we had a total of 6 and some devices always stay connected to WiFi causing me to have to block/unblock a device).
Doesn’t support carrier aggregation which would support higher data rates.
As much as I didn’t want to think that a mobile hotspot would fit into my usage, it has proven to be an excellent device. I’m sure that my review (except for the auto power on) would be the same with any mobile hotspot, but the price of the device and the price of this plan make the ZTE Mobley a keeper. Even though you can turn your phone into a hotspot, it doesn’t stay on all the time and uses data from your plan. By having a separate device, you don’t have to worry about going over your usage and being throttled and don’t have to worry about turning on the hotspot.
I would be interested in trying out the other mobile hotspots that AT&T has to offer as they would look neater than my soldered set of cables and be more compact, but I have to check the terms and conditions to see if there is a problem moving my SIM to a different device and keeping the same plan.
When Apple announced the AirPods last fall, I wasn’t impressed as I already had Bluetooth earbuds that I used for running that worked quite well. It took me a few weeks to realize the advantages of them over other ear buds such as no on/off switch, take one out to pause, pairing across all devices, easy charging, convenient carrying case, etc. After that, I was convinced that they were the sleeper hit of the event.
Once the AirPods became available to order, I immediately placed my order; the price didn’t phase me. When I received them a few weeks later (I didn’t get in on the first batch), my excitement quickly turned to disappointment. They appeared to be plagued with problems such as dropping constantly on phone calls and popping while listening to music on my walks. I found forums posts where people had similar issues and I went ahead with Apple’s online support so that they could get it on record that there was a problem with my combination of devices and AirPods (iPhone 6s, first generation Apple Watch). None of their suggestions worked, but I didn’t really expect them to as I had tried what others suggested in the forums.
Several weeks later, I received a call from Apple wanting to see if I had time to follow up with a support person collecting information for engineering. Sure, I said as my AirPods were basically useless at that point. I spoke with an Apple person for well over an hour during which the AirPods dropped and switched to the iPhone’s speaker many, many times (once every few minutes). I didn’t hear back from Apple, but saw some forum reports indicating that the beta iOS versions fixed the problems (I don’t normally install beta iOS versions on my device). When iOS 10.3 came out, I immediately installed it (I backed up first because the APFS update kind of scared me). I was more than pleasantly surprised about my AirPods; they now worked exactly as Apple had described. Over 2 months after I bought them, they had become completely usable!
Now that I had working earbuds, what impressed me with the AirPods? First off, charging is easy and convenient. Next, the charging case makes it easy to carry them. There is no on/off switch and taking the AirPods out of my ears pauses the music. They are so convenient that I find myself listening to music more when I walk the dog.
Convenient charging/storage case.
Fits well in my ears.
Easy to pair with all my devices.
Acceptable sound quality (I’m not an audiophile so it works for me).
Taking the AirPods out of the case immediately turns them on.
Removing one AirPod pauses the music.
Initial issues delayed my full use of the AirPods.
There are cheaper ear buds on the market.
Easy to drop or lose.
Batteries won’t last all day.
I’ve tried a number of Bluetooth ear buds and headsets over the years and besides my Plantronics BackBeat Fit that I use for running, I haven’t managed to keep using any one for all that long. I’m cautiously optimistic that the AirPods are going to be my ear buds of choice for the foreseeable future. While they are not the cheapest ear buds out there, I think that all the pros outweigh the cost.
Sometime after I reviewed the Ubiquiti EdgeRouter Lite, Ubiquiti contacted me and offered me a few products to test and review. One of the products they sent me was the UniFi Security Gateway. At the time, I set the box aside as it didn’t have all the features of the EdgeRouter Lite. In January when my father was having trouble with his Internet, I put the USG into service. For that application, it was ideal as it integrated with the rest of the components and was simple to manage.
After the success of that install, I was kind of jealous and decided to purchase a USG and see what it would take to replace my EdgeRouter Lite; the UniFi team has done a lot of work on the controller (the GUI to manage the device) since I was originally sent the device. Replacing a router should not be rocket science. Unfortunately for me, my network is a little bit customized. Going from the EdgeRouter Lite, I had to move over the following:
Dynamic DNS (for my external IP address)
Firewall rules for the VLANs
Static DHCP entries
Static DNS host entries
Some of this is available in the controller, some of it isn’t.
The first step was to adopt the USG into my controller. I followed the instructions on how to integrate the USG into an existing network. Unfortunately, I was unable to adopt (meaning the controller can manage the device) the USG. I tried a few times with no success. Next I looked at an article that allows me to configure the USG to find the controller (instead of the controller finding it). I followed the SSH instructions and issued the commands:
This worked and I started getting somewhere. (After reading some more posts on Ubiquiti’s extremely helpful forum, it appears that an old firmware may have had issues adopting and that upgrading the firmware before adopting may have helped.)
After the USG was adopted into the controller, I plugged in the WAN connection, rebooted the cable modem (so that it would pick up the new MAC address) and was able to connect to the Internet. If I had a simple network, I’d be done, but nothing is ever easy for me.
Next up was setting static DHCP entries. While the current controller doesn’t let you assign DHCP entries until after a device has been seen, all my devices were online and showed up in the controller (I have UniFi switches which makes the controller populate with all devices it sees) using the addresses I had assigned from the EdgeRouter Lite. It was a simple matter of selecting each device, clicking the “Use fixed IP address” checkbox and clicking Apply. (Note there is a bug in the UI where the checkbox doesn’t stay checked even after applying.)
Perfect, so now that was out of the way (tedious, but reasonable), I could move on or so I thought. The controller lets me assign static IP addresses for clients; switches and access points are not considered clients. I needed static IP addresses for the switches and access points so that I could use SNMP monitoring on them; the package I’m using, Observium uses host names to address the devices; in order to use host names, I had to first give devices static IP addresses. This is where the messiness begins. Ubiquiti has an article on how to customize the USG and have the changes persist across reboots. (The EdgeRouter Lite just lets you configure it using the command line and the changes persist.)
You start the process by doing something like this:
set service dhcp-server shared-network-name LAN_10.0.1.0-24 subnet 10.0.1.0/24 static-mapping UniFi-LR ip-address 10.0.1.131
mca-ctrl -t dump-cfg
At this point, you have to pick through what was dumped and only choose what you entered manually as the json file you create gets merged in with what is produced from the controller. This isn’t necessary if you have a standard config and the controller has all the options you need.
I then repeated this process for IPv6, static DNS entries and my OpenVPN server configuration.
There is a GUI for configuring the firewall and I setup rules that prevent IoT devices from talking to my LAN, my cameras from talking to anything except 1 device, and a few other rules. This was straightforward, but a little different than on the EdgeRouter Lite.
Now that I had the USG setup like my EdgeRouter Lite, what did I get? The hardware is virtually identical, so I didn’t gain performance. The main thing I gained was being able to look at my entire network in 1 place. In addition, I get the ability to remotely manage/monitor my network through the UniFi cloud. Did I mention the pretty picture with the circles?
People are going to ask, why go with a USG over an EdgeRouter Lite. Here’s my rundown:
Easily integrates with other UniFi equipment.
Remote access via UniFi mobile app.
Firewall configuration is slightly easier than on ERL, I think.
UI has some more advanced configurations like being able to change any option using the configuration tree.
Firewall configuration in UI allows you to apply rules directly to VLANs.
Configuration via command line is a one step process; make change and save it vs USG which has multiple steps.
Core operating system is newer than USG.
Static DHCP reservations can be made prior to a device being on the network.
Easy setup for simple networks.
Full view of entire network in one spot.
Remote access to router from UniFi mobile app (using the UniFi cloud).
Easy configuration of firewall entries.
No IPv6 DPI (deep packet inspection).
DPI works across all interfaces and may not give you an accurate representation of WAN traffic (which is what interests me).
Not all configuration options are available via the GUI.
Initial setup into a non-trivial existing network is painful.
WAN speed test is only useful for up to 150 – 200 Mbps (according to a forum post; I have 300 Mbps down and can only get about 130 Mbps shown).
JSON configuration for command line options is a bit awkward as you have to use the command line first, export the options and then pair down the result to put in the JSON config so that settings persist.
As I’ve written about in the past, the UniFi line of networking products is easy to use and everything works well together. The USG fits in well and despite my rough start with it, I’m pleased with it. While there wasn’t a huge leap from the EdgeRouter Lite to the USG, being able to see my entire network configuration in one place makes it easier for me to manage. In the future, I plan on adding more firewall rules and possibly more VLANs to separate out more IoT traffic (a day doesn’t go by where you don’t here about some IoT device doing something shady).
If you already own an EdgeRouter Lite, moving to a USG is a tough decision. You gain no new functionality or performance, but an interface that works with other UniFi hardware. If you don’t already own an EdgeRouter Lite and either plan on getting UniFi access points or switches, I think it is a no brainer to get a USG. If you aren’t using other UniFi gear, a USG itself won’t buy you a whole lot. With the USG, I’m able to define VLANs once and have it apply to the WiFi access points and the switch ports; with the EdgeRouter Lite, I had to define VLANs in both places for proper routing.
UniFi employees are quite active on their forums and have posted their roadmap. I really like some of the features and their openness is refreshing. The features won’t really change how I use the device, but will help reduce the number of command line changes I have to make.
For as many years as I can remember, I’ve been the goto person for my family when they have tech problems. Anyone that is in this situation knows that this gets old pretty fast! At the beginning of January, my father started having problems with his Internet connection where he said it kept going out. I told him to call the cable company and get them to come out. He wasn’t quite convinced that it was the cable company, so he spent about a week testing out his router/access point (Apple TimeCapsule) and my sister’s router (similar device). (My dad and sister live in separate houses on the same property.)
After no real change in the stability of the connection, my dad started the game of contacting his provider. He also told me that he wanted the same router and access points that I have. Initially I said absolutely not as I didn’t want to have to walk him through configuring the UniFi devices. While the UniFi controller is pretty easy to use, it isn’t aimed at consumers. I thought about this for a day and told my dad that I’d set him up with a new router and access points on the condition that I managed all of it remotely. Once the UniFi gear is setup, there is very little management needed.
Setup of the pieces was pretty easy. I put all the pieces on my floor, connected them, and then hooked my MacBook Pro up to the USG to create a separate network. In addition to configuring the devices, I labeled everything and put “DO NOT UNPLUG” on the devices as power cycling seems to be a popular way to “troubleshoot” Internet connections. As I hadn’t used the CloudKey before, I was slightly confused that I had to goto the web interface of the CloudKey as well as the web interface for the USG for initial setup. I don’t remember the exact steps, but it only took a few minutes to get things running.
I setup the UniFi Controller on the CloudKey to use my UniFi login so that I could remotely manage it.
My dad and I installed the USG, switch and 1 access point next to the cable modem which took a little while to make everything look neat. The USG and the switch have those dumb slots for screws that I can never get right on the first or second try. The access point, however, has a removable base that made it a snap to install in the closet where all the equipment lives.
Once I powered everything on, it just worked as I setup the wireless networks with the same SSIDs and passwords that were already used. The only slight problem was that I had to turn off WiFi on the Time Capsules as devices were connecting to the wrong access point.
The UniFi iOS app has come a long way since Ubiquiti started it. The app now has everything I need to remotely monitor and manage the network. Ubiquiti uses a protocol for remote management that works in Chrome (on the desktop), but currently not Safari, so using the iOS app is the only way to look at the remote setup from my iPad.
While my dad’s Internet connection has been up and down over the last 12 days, the USG and access points have been rock solid. The cable modem has been rebooted a number of times, but none of the UniFi gear has been touched.
This type of setup isn’t cheap, but it seems to be on par with some of the newer mesh systems.
USG, CloudKey, and UAP AC LR are easy to setup for networking savvy people.
Mobile app can handle most of the monitoring and configuration.
UniFi Controller with the USG shows traffic statistics in pretty pictures!
Remote access works well.
Access points provide good coverage.
UAP AC LR uses passive 24V PoE. The PoE switch I installed is 802.3af which means that I had to use a power injector to power the access point (I could have bought an adapter from Ubiquiti to conver the 24V to 802.3af).
Average consumer cannot easily setup the equipment.
USG is missing some features such as GUI configuration for IPv6, static DNS entries, DHCP reservations (before device is seen on network).
Default guest network configuration uses client isolation such that guests can’t connect to other devices on the network, but the guests can scan for other devices. I changed the configuration to use a separate VLAN and give out IP addresses in a separate range for guests. I think that this may be a better setup for an out of the box configuration when the wizard asks if you want a guest network.
When I inserted the micro SD card into the CloudKey, it got stuck. I basically had to destroy the card to get it out. I’m not sure if this was a design issue or a manufacturing issue, but I put a new micro SD card in there and everything works fine.
While I was hesitant to set my dad up with the same networking equipment I have. I now believe that this will be the best long term strategy to supporting him. If he or my sister blame the router and access points for Internet problems, I can show them that it isn’t. Being able to remotely monitor and configure the devices (including performing upgrades) is a great benefit to anyone having to deal with someone’s Internet issues.
I hadn’t played much with the USG prior to this install as I use the EdgeRouter Lite. However, based on this and the periodic updates to the firmware and controller, I’m definitely going to be switching over to the USG in the near future (there are a few items on Ubiquiti’s roadmap that I want).
With Apple exiting the router market, people are looking for alternate solutions. If you are savvy with networking, I think the USG, UniFi Access Points, and CloudKey (unless you have an always on machine to run the controller) are a great combination. For a home setup, it may seem like a lot of money, but how much is my time worth?
Note: The USG was sent to me by Ubiquiti as a review unit. It has been sitting on my shelf for a year now simply because the controller software wasn’t exactly what I wanted at the time. The controller software has come a long way and if I had to choose between the Edge Router Lite and the USG, the USG would now be my choice.
For the last year and half, I’ve been looking for a new car. My 2003 Toyota Highlander has been starting to show its age. It has low mileage, but I’ve had to do some maintenance on it. In addition, the only tech I have on it is a radio I installed about 2 years ago with Bluetooth. One of the features I’ve really wanted is Apple’s CarPlay as it would allow me to have a familiar interface in the car for navigation, media, and phone. While the number of cars with CarPlay available has been increasing, most haven’t been cars that I’d want to own.
In July, I happened to look at Apple’s CarPlay site and saw that the 2017 Subaru Impreza would have CarPlay. I looked online at the car and it looked like it could fit the bill. However, it wasn’t going to be available until the end of the year, so I’d have to wait. In the last few weeks, I started looking at inventory at the local dealers and saw that cars were in transit. I picked the color and options and used a car buying service to negotiate the price for me. Last Thursday was the day for me to test drive it and see if it really was the car.
Going from an SUV to a small car was definitely going to be a change, but I don’t really need an SUV (helpful a few times a year). Fuel economy was going to improve and a smaller car might be more fun to drive.
When I first got in the car, besides being much lower than my Highlander, I found that the side and rearview mirrors were larger than I expected. Last year I test drove an Audi A3 e-tron and the mirrors on that thing were tiny. I was worried that the smaller car wasn’t going to be able to accelerate on the freeway, but was pleasantly surprised how well it did. The tech, at first, was a bit distracting. There are 3 displays! One is behind the steering wheel, one is the center display for radio, maps, phone, and the third is an info display that can be used for radio info, weather, MPG, etc.
After the test drive, I was ready to buy; I promised my wife that I wouldn’t buy a car without her seeing it. We went back the next day and I left with a new car.
I’ve driven it for 3 days now on city streets and highways and have gotten a pretty good feel for the car. While I’ve tried to go through the manuals, there is far too much information in them for me to consume right now. I chose the Impreza 5 Door Limited with EyeSight. I’m a tech guy and not a car guy, so I picked the car based on the tech and specifications. The fact that it was pleasant to drive was almost a bonus!
My impressions are in no particular order.
Backup camera has lines showing where the car will go.
Blind spot detection; can be annoying at times as it lights up almost constantly on the freeway as people are passing.
Rear cross traffic alert. Getting out of a parking space at SeaWorld is a nightmare. This and the backup camera (and of course looking with my eyes), got me out of a space safely.
Impressive turning radius. Specs say less than 18′; my Highlander appears to have been about 38′!
CarPlay. Enough can’t be said about this. When I’ve gotten in the car, it knows where I’m going (based on my calendar) and offers to navigate. Phone integration is great and so is music. Controlling everything with Siri works well (better than Siri on my Bluetooth radio in my old car). One thing to be cautious about is if you use maps all the time, you’re going to use up some of your cellular data. After a few hours of driving, I used almost 12 MB of data for Maps alone. I’m going to keep an eye on this; even at 10 MB of data per day on maps, that won’t be a problem on my current plan. (I pay for 2 GB, buy AT&T has given me 2 GB bonus per month plus I have rollover. At a minimum I have 4 GB per month and the most I’ve used is 3 GB.) If someone streams music and uses Maps all the time, this could be costly.
Speed adjusted volume. There is a setting to make the sound louder when the car is going faster. This is great for freeway driving. I’m still playing with the setting as I think the max setting is a little high as the volume increases even at lower speeds.
While not documented, it appears that there is a separate volume level for the radio, for navigation (using CarPlay), and for phone. If you adjust the volume while the navigation is speaking, there is a different icon on the display. This is great as I don’t need it really loud.
The keyless entry allows me to leave the key in my pocket. This is really neat and convenient. In addition, since the key uses proximity for unlocking, you have to be pretty close to the car to unlock it. While I can still push the button on the remote, I think the proximity is more convenient and potentially safer due to a potential replay attack.
Handling is good; while I haven’t gone zipping around that many curves, I like how it handles.
Acceleration is much better than I expected. Coming from a larger engine, I was worried about being able to get up to speed in traffic. I haven’t found that to be a problem.
Quiet. I know this is subjective, but it seems like the ride is quieter.
Lane departure warning; this feature is one that I hope to never use, but have already heard it beep when I was driving due to 2 lanes merging and I was slightly over the line. The system that actually keeps the car in the lane has to be turned on separately (it isn’t automatic).
While not specific to this car, Subaru put all the manuals in PDF on their website. Unfortunately they separated the manuals into 20 parts. It took me awhile to grab all the pieces and put it back together; I’d rather a 50 MB PDF than 20 smaller ones that are harder to search.
The STARLINK multimedia apps (not the system that gets help in an emergency) is a bit outdated for a system that supports CarPlay. With CarPlay, there is no reason (that I can think of) to use Subaru’s app. The whole system is truly a piece of crap. The iPhone app looks like iOS 3 or 4; the display in the car isn’t much better. The apps take forever to load (we’re talking 30 seconds) and the second time I tried the system, I couldn’t get the apps to come up (tried for about 20 minutes). Frankly I wish there was an option to completely hide it. This is NOT a selling point for the car. If the navigation system is anywhere near as bad as this, I’d steer clear of it. It appears that this system was designed by Clarion. I’ll be removing the app from my phone (it is required for the head unit piece to work). Even though CarPlay is limited (I’d like to see Navigon on it), the interface is well thought out and looks good.
No lumbar support in seat.
Too many settings in too many places. Each of the 3 displays has a way to change settings.
It’s low to the ground. I’m not used to this and right now I’ll call it a con.
There are all kinds of warnings about cleaning the inside of the windshield to protect the cameras for the EyeSight system. The instructions say to use a piece of copy printer taped over the cameras when cleaning. Subaru should have provided a rubber boot that fits the system; this would have been less error prone and would have protected the camera better.
No good place to put my phone in the car. In order to use CarPlay, I have to plug in my phone to USB; the USB plugs are in the center console and allow me to route the cord outside of the console. For now, I leave my phone upside down in the cup holder. I’d love a dock (with Lightning connector) like I have on my desk (it would have to be a bit more secure, though).
Less cargo space. This is pretty obvious as I came from a larger vehicle. I think the only time I’ll have a problem is when we go camping. I’ll have to get a roof box for those few times a year.
No ability to remove some options from the multimedia menu. I just want CarPlay, radio, and settings to show up.
The button to lock all the doors is hard to find by touch. This could have been mitigated by an option to lock all the doors when the car is put in drive, but that doesn’t appear to exist.
Too much information can be distracting. I’m trying to find the settings I like that keep distractions down.
One of the information displays is right behind the steering wheel causing the analog speedometer to be moved to the right; this is partially obscured and I have found that I have to use the digital speedometer in the display in order to easily see my speed.
Not specific to the car, the mysubaru.com app and site don’t let you do an initial login on a phone as the page is too long to fit an iPhone 6s screen and it doesn’t screen. Also the app appears to just be the mobile website.
Things that would have been nice
Dual front climate control (manual talks about this, but didn’t appear to be an option).
I’m truly amazed at how many things this car got right. It has all the safety features I want, all the tech I want, and the price didn’t break the bank. In fact, I read an article that indicates the average selling price for a car is over $34,000! I’m not sure how people afford these cars or what they get for more money, but my Subaru came in at under this. I’m enjoying driving the car and I hope the fun continues.
Ever since I started working, I’ve had to connect back to an office network either occasionally or full time. First there was AppleTalk Remote Access and then there were a variety of VPN solutions that different companies employed. While macOS has gotten better at supporting VPNs natively, it really only handles Cisco and IPSec VPNs. This has worked for some of my connections, but for others, I’ve had to have a separate VPN client. Those VPN clients have ranged from bad to worse in terms of quality. Why they are so bad, I have no idea.
Several years ago, I tried out ShimoVPN to connect to my companies network as the native Mac client didn’t have a feature I wanted (I can’t remember what). Shimo worked, but the native client was good enough and I forgot about Shimo.
Now that I’m self-employed again with several clients, I decided to take another look at Shimo. In particular, I didn’t want to run all my traffic over a client’s VPN and I also wanted to be able to connect back to my own OpenVPN server (the native Mac client doesn’t handle OpenVPN and the free OpenVPN client didn’t work). After I installed ShimoVPN, it imported my configurations and I was quickly able to get things setup. At that point, it didn’t buy me anything for my clients over the native Mac client.
The power of ShimoVPN comes into play in how it can setup specific routing. I only want certain traffic to go over the VPN and Shimo lets me configure that on a per VPN basis.
I set this up for 2 of my clients and am able to have both VPNs up at the same time and connect to sites on both without having to disconnect and connect to a particular VPN. This feature alone is worth the money for Shimo!
Shimo has one additional feature that make it a must use application for me. The first is that it automatically reconnects to the VPN when my machine wakes up. This, of course, works best when 2FA isn’t used as I’m not prompted. Another feature it has is the ability to setup triggers to connect and disconnects from certain VPNs based on WiFi SSID, location, and other conditions. I haven’t used this feature much, but the potential to simplify things is great.
Handles OpenVPN connections.
Allows custom routing.
Has triggers for certain events.
Reconnects automatically upon disconnect.
Cost (built in macOS client is free).
Powerful features require some networking knowledge to setup.
ShimoVPN is a utility that most people won’t need, but for those that do, it will pay for itself pretty quickly. VPNs are necessary and while ShimoVPN won’t me on anyone’s holiday wishlist, it is definitely going to remain a tool in my toolbelt.
It seems that every year I look for better headphones for running. The last 4 or 5 years, all the headphones that I’ved used have been wireless, but something either happens to the headphones or there is something that I don’t like about them. This summer was no different than past summers in that I wasn’t satisfied with the headphones I had. My previous pair were the Plantronics BackBeat Go. They performed adequately, but I was never able to keep them in my ears and spent time on my runs adjusting them. Sometimes they stayed in and required little adjustment, but most of the time, they just kept falling out. I initially liked them and was able to have them properly positioned, but that might have just been a fluke. I had bought them at Costco so that I could try them out and if I didn’t like them, they’d go back. However, they worked OK and I ended up keeping them for about a year.
Flipping through the Costco magazine recently, I saw that they were selling the Plantronics BackBeat Fit with a $20 discount. Like last year, I decided to give them a try. With Costco’s generous return policy, I had nothing to lose. (I used to hate going to Costco, but now I go on an almost weekly basis.)
Like most Bluetooth headphones these days, pairing was pretty easy; granted not as easy to pair as Apple’s AirPods, but easy enough. I paired the headphones and the sound is decent. I’m not an audiophile and when I’m running, it almost doesn’t matter as long as they play. The controls on the side are fairly easy to work, but the volume up/down button (it is 1 button) is a little small. Skipping tracks requires a double tap of the button on the left ear. I would have rather that button just require a push and hold as I skip tracks fairly often when there is music I don’t want to hear.
One of the things I’ve noticed on the headphones is that there has been a firmware update for them; this is a first for me on running headphones. The one feature I noticed with the update is that when I goto the next track by double tapping the button is that a voice says “next track”. Also, when I power them on, a voice gives estimated play time which is great instead of just high, medium, or low battery charge.
The headphones fit well over my ears and don’t move when I run. They left small marks on my ears where they rested, but I barely noticed them. They were comfortable and I didn’t feel like I spent time futzing with them while running.
Don’t move when running.
Voice prompt for battery usage is useful.
Decent play time.
Can be paired to multiple devices.
Volume button is a little small.
Advancing tracks requires 2 taps which is sometimes hard to do while running.
Many times when I get something new like this, I write the review during the “honeymoon phase” and have very little critical to say about it. While that is true here as well, the design of these headphones is what will keep me using them. They are similar to a pair of Motorola headphones that I had a few years ago, but those had a stiff piece of plastic connecting the sides which dug into my head. I liked the design on those as they stayed in my ears. I’m quite hopeful that these live up to the hype.
At the discounted price I got at Costco (they were on sale), buying them was a no-brainer. At regular price, I can say without a doubt that they are better than the JayBirds I had before that I couldn’t get to stay in my ears. I wouldn’t hesitate to recommend these for anyone that wants wireless headphones for use when running or working out.
Recently my neighbor has been redoing his backyard and I saw that he put in low voltage lights around the perimeter of it. This made me a little jealous as I only put in low voltage lightning under parts of our deck and not around the perimeter. While I do have floodlights in the backyard, they are for security lightning and not really lighting the backyard when we use it. So, my choices for adding lights were quite limited.
I remembered that Costco had some string lights, so I looked online and found some Feit LED string lights. I ordered 2 sets of these and they arrived last week. I chose these over the cheaper incandescent ones because of the lower power consumption, plastic bulb covers, and ability to dim them. After getting the lights, I strung them up without reading the instructions (what could they say besides plug them in?). They looked nice, but there was a lot of tension in the wire and the connection between the 2 sets had a lot of stress that didn’t make it secure.
So, I decided to glance at the directions and it said that for spans over 24 feet, that the lights should be secured to a cable or wire. That made a lot of sense. This past Saturday, I prepared my parts list, went to Home Depot, and went about securing the wire rope to a pole, my house, and our deck. It was a clean install, just a bit time consuming. I then used small black zip ties to attach the string lights to the rope. One huge advantage of using the wire over just supporting the lights from the ends was that they didn’t sag.
When it finally started getting dark, I turned on the lights and lit up the backyard. Even though the lights are about 15W each strip, they put out a significant amount of light. My wife loved them and I was pretty pleased with my work. The next evening we had friends over and we got positive comments about the lights which made me feel like putting up the lights was another good decision.
The lights appear well constructed, are UL listed (the transformer/rectifier is UL listed for being rainproof, but I have it in an outdoor box with a cover).
Put out a lot of light.
Can choose from a few colors. (Not sure that is a pro.)
Wireless remote to turn the lights on or off.
Low power consumption.
For longer spans, an extra wire/cable is needed which adds to the expense and makes installation harder.
Wireless remote seems a bit flakey.
Colors other than the white are pretty useless.
If you’re looking for a way to light up a backyard (or even a front yard), these lights should do the trick. I noticed yesterday that Costco sold them in the warehouse which would have saved me $10 shipping. Of course with anything plugged in outside, make sure it is UL listed. This set of lights meets that requirement for me. I’m quite pleased with the results and am not sure why I didn’t think of it sooner. Buying them from Costco made the purchase a no-brainer because of Costco generous return policy; there is nothing to lose by trying them.
As my loyal readers have probably been able to tell, I’ve become a huge fan of Ubiquiti Network’s UniFi line of access points and switches. I’ve previously written about the UniFi Switch 8 which Ubiquiti sent to me for testing. Over the last few months, the switch has continued to perform well and I decided to see about simplifying my network and get a UniFi US-16-150W to replace a Cisco PoE switch and a common place Ethernet switch. While the 16 port switch and the 8 port switch would mean a loss of total ports (with SFP modules, I could get 4 more ports yielding a total of 26 ports; 1 port on each for connecting switches), all my devices would just barely fit.
I didn’t need the switch, but moving to more UniFi gear would make management easier on my network. The main features I use on the switch are PoE for my cameras and bandwidth monitoring on each port. They don’t justify replacing working equipment, but simplification can’t be overstated.
My one hesitation on getting this switch was that it has 2 fans unlike the 8 port version. The ambient temperature in my server closet ranges from about 76° F to 86°F which is a bit warm for equipment. I have 6 PoE cameras attached to the switch (drawing very little power) and I expected the fans to come on repeatedly. To my delight, I’ve only heard the fans at startup. Granted I’m not home all day, but when I have been home, I haven’t heard them. Other than that, the switch performs as well as the 8 port switch.
Moving to the UniFi switch for the rest of my network caused 1 problem that didn’t occur in the previous configuration; 2 of my 3 Squeezebox devices weren’t connecting to the network. This had me quite concerned, but after some futzing, I set the ports for the devices to be 100 Mbit (instead of auto negotiation) and turned PoE off on those ports. These changes fixed the issue.
There isn’t a whole lot to say about the switch except that it is easy to manage, but for most home networks it is overkill.
Integrates well into the UniFi line
Powers all the UniFi access points (802.3af or passive PoE)
Controller software is easy to use (but utilitarian)
No combo RJ-45/SFP Ports
A little pricey
Fans could make it noisy
Just like the UniFi 8 port switch, I’m quite happy with this switch. It isn’t for everyone or even most home users. However, if you’re standardizing on UniFi gear, this switch will fit well into your network. The price is decent for a managed PoE switch, but if you don’t have a bunch of PoE devices and don’t have a use for a managed switch, I’d keep looking for network gear.
I purchased this switch from Ubiquiti’s store and judging by my other UniFi gear, this is going to serve me well.