View allAll Photos Tagged tplink
Fun with new equipment. Used in my blog post today. dennissylvesterhurd.blogspot.com/2022/05/home-mesh-wifi-6...
Ein Hornissennest in einem Astloch eines Baums. Um auf Nummer sicher zu gehen, habe ich die Kamera, auf einem Stativ stehend, mit einem TP-LINK Router verbunden und diese mit meinem Tablet somit versteuern können.
Wie dieses funktioniert, kann man unter www.traumflieger.de/reports/Handy-DSLR/Canon-DSLR-drahtlo... ansehen.
The Apple Mac Pro has only 4 USB ports, and with the time the number of usb devices grows a little more than that.
So this hub was an interesting solution.
Ein Hornissennest in einem Astloch eines Baums. Um auf Nummer sicher zu gehen, habe ich die Kamera, auf einem Stativ stehend, mit einem TP-LINK Router verbunden und diese mit meinem Tablet somit versteuern können.
Wie dieses funktioniert, kann man unter www.traumflieger.de/reports/Handy-DSLR/Canon-DSLR-drahtlo... ansehen.
My new Pineapple Mark V with friends (Mark 4 w/Alfa, Mark 4 jammer only w/battery, Reaver Pro, Beini)
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Update on my workstation as of 8-11-2013. I am still waiting for my second 23" IPS monitor. I might not get the same model per se; it will still be an LG or an ASUS this time around, but will definitely be a 23" IPS. I will try and get the same model, but seeing that is hard to find, any second IPS monitor of same resolution and size will suffice.
This will be a series of shots that will also give individual specs of each individual components.
This is a little something for those who are always asking me about my workstation and my updates I've done since December of last year.
This will also tie in with one of my video projects that I have in mind...
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Problem: Your hackerspace is regularly flooded with TP-LINK 100-240v mains electricity to 5v USB chargers, but the AC power plug is of the North American NEMA type instead of the European Schuko/CEE-7 type. What to do?
Answer: Why not combine some into a huge array of chargers?
MacSimski's idea was to use a couple of filler metal welding rods and to solder the adapters onto that base. The rods can be used as a mains plug.
The result is the "Hack42 FestivalCharger": a 5v 10A powerbar which can simultaneously supply up to 33 devices with power (unless it trips the 16A breaker).
The welding rods are shielded with a PVC tube, which is capped with polymorph (protoplast).
The tube is further secured to the rods with a few sticks of hot glue, liberally applied in a few strategic locations.
Surviving December 21, 2012, it is high time I took a photo of my much asked about desktop workstation.
Been a long time coming, but here it is, my main desktop workstation and my trusty old laptop. I completed, for the most part, my system build last August 2012; I could have finished it sooner but there were technical problems that I nor my good PC buddies could figure out (I eventually figured it out myself LOL).
I have yet added a videocard since my wallet has gotten thin since the pseudo-completion of the build. But hey! It's the holidays... cha-ching, cha-ching. LOL
A normal shot with the lights on.
Just hover over the photo for the exact names of the peripherals, etc.
For the overall specs:
CPU: i7 3770
Motherboard: Asrock Z77 Extreme 4
RAM: 2x4GB G.Skill Sniper 1600mhz
PSU: Corsair Gaming Series 700watt non-modular
HHD/SSD: Seagate 500GB SATA Mechanical Drive
Chassis: Bitfenix Shinobi Window Edition
Cooling: Deep Cool Ice Blade Pro on Push/Pull, 2x120mm Bitfenix Spectre front intakes, and 3x120mm Deep Cool exhausts with LED (Blue)
Monitor: 23" LG IPS234V and 17" HP f1703
Keyboard: A4Tech KD-800L (Cheapo keybaord but has LEDs LOL)
Mouse: E-blue Cobra (Got this for free... I don't even recognize the brand LOL)
So yes, I was an avid PC gamer back in the day, and I was a PC freak of geeky nature waaaay before I began photography. So I am more confident of my PC skills than my photography skills LOL
Well, just visit my blog site to read my evolution of being a PC freak of geeky nature.
Shooting Information:
Nikon D5000
Sigma 30mm f/1.4
Manual
1/2 second @ f/8
ISO 1000
Flash Not Fired
Post Processing Information:
Adobe Lightroom 4
Not Cropped
-+o+-
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Adding external antenna, sd card reader, webcam and usb hub
More in french on www.equinoxefr.org/post/2012/11/05/projet-de-robot-wifi-t...
What's helping our home network go round (at time of posting)... check out the notes if you're interested in the specifics :-)
The gigabit Ethernet switch is the first step in preparing for the possibility of running Cat5e cables to other rooms in the house - HomePlugAV just isn't fast enough for every "use-case", and I'd rather stop using powerline Ethernet due to concerns over the electromagnetic interference it apparently causes. We'll see how long I take to get around to it...
The Apple Mac Pro has only 4 USB ports, and with the time the number of usb devices grows a little more than that.
So this hub was an interesting solution.
TP-Link WA801ND Repeater to OpenWrt - Wireless Settings
TP-Link TL-WA801ND Access Point configured as Repeater to OpenWrt - Scan wireless networks from PC
I used two Wi-Fi adapters - one is built-in Ralink RT2500 11g mini-PCI, and second is TP-Link TL-821N Wireless USB stick (Atheros chipset), working in 802.11n 300Mbps mode
You can see on screenshot Ralink RaUI и TP-Link Wireless Utility
As you see, there are two 'OWrt' SSIDs, one is original and second is repeated by WA801ND Repeater.
***
Беспроводная точка доступа TP-Link TL-WA801ND сконфигурированная как Повторитель (Repeater) к OpenWrt - сканирование беспроводных сетей с ПК
Я использовал два адаптера беспроводных сетей - один встроенный в ноутбук Ralink RT2500 11g mini-PCI, и второй - TP-Link TL-821N Wireless USB stick (чипсет Atheros ), работающий в режиме 802.11n 300Mbps mode
На экране отображены утилиты Ralink RaUI и TP-Link Wireless Utility.
Как видно, утилиты обнаружили два SSID c названием 'OWrt', оригинальный от OpenWrt и второй - повторенный WA801ND как Повторителем
Update on my workstation as of 8-11-2013. I am still waiting for my second 23" IPS monitor. I might not get the same model per se; it will still be an LG or an ASUS this time around, but will definitely be a 23" IPS. I will try and get the same model, but seeing that is hard to find, any second IPS monitor of same resolution and size will suffice.
This will be a series of shots that will also give individual specs of each individual components.
This is a little something for those who are always asking me about my workstation and my updates I've done since December of last year.
This will also tie in with one of my video projects that I have in mind...