HiBoost Home 10K Smart Link Cell Phone Signal Booster | F15G-5S-BTW
HiBoost Home 10K Smart Link Cell Phone Signal Booster | F15G-5S-BTW
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Free Lifetime Support. SKU / Model: F15G-5S-BTW
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If yes, consider ordering a cell phone booster with installation kit for homes up to 7,500 sq. ft. that includes installation anywhere within USA 50 states.
HiBoost Home 10K SmartLink:
- Sold as a complete indoor cell phone booster kit with all reqd. parts.
- Boost home or office coverage up to 10k sq. ft. using this single kit.
- Downloadable phone app helps remotely monitor settings.
- LCD shows valuable info that helps with setup and maintenance.
- Supports up to 150 users simultaneously.
- 65 dB Max Gain. Output Power, Uplink: 17-24 dBm; Downlink: 12 dBm.
- Improve reception in more crucial areas requiring coverage by purchasing add'l 50 Ohm in-building antenna kits that include required cables and splitter to connect to this 50 Ohm booster kit.
- Questions & Answers
- Data Sheet / User Guide
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HiBoost Home 10k SL is another good quality Home SL series cellular amplifier offering from HiBoost. This Home 10K Smart Link (F15G5SBTW) is a powerful cell phone signal booster offering a maximum gain of 65 decibel and an impressive square footage coverage area of as much as 10,000.
Supporting 5G E, 4G LTE, 3G, and 2G signals, this Home 10,000 sq. ft. cellular amplifier allows for remote troubleshooting and monitoring when used in conjunction with the handy Signal Supervisor mobile app, also by HiBoost.
No longer are industrial strength signal boosters only available to huge corporations. Now you can take advantage of all the benefits a HiBoost Home 10K SmartLink (F15G-5S-BTW) provides in your workplace or home. Enjoy easy installation, remote troubleshooting and settings adjustments by installing the Smart Link app on your tablet or cell phone.
HiBoost 10K Smart Link Features:
- Pair with the convenient Signal Supervisor wireless app on your tablet or phone to enable remote monitoring.
- Boost text, talk, and data on all 5GE, 4G LTE, 3G, and 2G standards.
- Enjoy the benefits of high quality, durable, strong metal construction and a streamlined design.
- Installation is a breeze with the all-inclusive installation kit.
- Fully certified by the USA FCC and Canada IC / ISED.
- Fine-tune a unique signal with the MGC function (see User Guide tab below for details).
- Enjoy low interference and a 65-decibel gain to cell phone towers nearby.
- Capable of supporting up to 150 users.
- A 60-day full money back guarantee and manufacturer's warranty of three years will put your mind at ease.
Unique LCD Display Benefits (versus amplifiers that only have LED light indicators)
LCD displays actual gain and downlink output power, making installation easier:
LCD display shows the gain and outpower value in real-time processing events. It will also help you to find the strongest signal location to install outdoor antenna to prevent blind installation that typically leads to trials and errors. No more time wasted. It helps you get the maximum possible coverage range out of the power of this cell phone booster kit.
LCD displays ISO and ALC status, making troubleshooting easier:
LCD data helps diagnose the LED status and display errors which you may encounter by giving you information on how to fix them. No need to open the user manual and read those tedious instructions.
What is in the kit?
- Home 10K Smart-Link cell phone signal booster.
- Hardware for outdoor mounting including a wideband outdoor directional Yagi antenna, 30 feet HiBoost200 cable (LMR200 equiv.) offering low loss, and a bracket for wall mounting or exterior pole mounting.
- Hardware for indoor mounting, including an indoor Panel directional antenna with 30 ft. HiBoost-200 (LMR-200 equiv.) cable offering low loss and a bracket for indoor wall mounting.
- Power Supply: 3 amp/12-volt AC/DC.
Note: If you have the white color amplifier version, then it may have a built-in interior antenna so you won't have the flat panel antenna stated above.
Stay connected with a high-speed 5G-E, 4G LTE, 3G, or 2G data connection with full support for simultaneous 150 users with a Home 10-K Smart Link signal amplifier kit. Offering full square footage coverage of as much as 10,000, a Home 10K Smart Link cell phone signal booster will ensure that no one in your house or workplace will ever struggle with slow data speeds or patchy cell phone reception ever again.
Constructed with a lead disk protectively welded to cover the vital interior electronic components, the internal workings of a Home 10K Smart Link are fully protected by the outer aluminium alloy shell. The highly durable construction of HiBoost's cell phone signal boosting product meets strict industry standards, giving you the benefits of high-speed data and crystal-clear calls at the lowest possible price.
Your Home 10000 Smart Link cell phone signal booster by HiBoost is approved by the IC (ID: 10527A-F25G5SIC) and FCC (ID: OWWF25K-5S) for all Canadian and United States cellular service providers. For more information on IC (http://www.ic.gc.ca/app/sitt/reltel/srch/nwRdSrch.do?lang=eng) and FCC (https://apps.fcc.gov/oetcf/eas/reports/GenericSearch.cfm) approval, visit their relevant websites.
|Model Name||Home 10K Smart Link|
|Supported Carriers||All North American|
|Max Gain||65 dB|
|Max Output Power||Uplink: 17-24 dBm; Downlink: 12 dBm|
|Input and Output Impedance||50 Ohm|
|MGC (Step Attenuation)||≥ 25 dB/ 1 dB step|
|Dimensions||8.6 x 6.5 x 2 inches|
|Amplifier Base Unit Weight||≤ 5.0 Lbs|
|Power Supply||Input AC 100~240V, 50/60 Hz, Output DC 12V / 3A|
|Frequency Range||700 MHz, Band 12 / 17 - Uplink: 698-716 MHz; Downlink 728-746 MHz
700 MHz, Band 13 - Uplink: 776-787 MHz; Downlink 746-757 MHz
800 MHz, Band 5 - Uplink: 824-849 MHz; Downlink 869-894 MHz
PCS 1900 MHz, Band 25 / 2 - Uplink: 1850-1915 MHz; Downlink 1930-1995 MHz
AWS 2100 MHz, Band 4 - Uplink: 1710-1755 MHz; Downlink 2110-2155 MHz
|Band Width||700 MHz, Band 12 / 17 - 18 MHz
700 MHz, Band 13 - 11 MHz
800 MHz, Band 5 - 25 MHz
PCS 1900 MHz MHz, Band 25 / 2 - 65 MHz
AWS 2100 MHz, Band 4 - 45 MHz
|Supported Standards||CDMA, WCDMA, GSM, EDGE, HSPA+, EVDO, LTE and all cellular standards|
Home 10K Smart Link Cell Phone Signal Booster Installation Layout Diagram
HiBoost 4K / 10K / 15K Installation video:
Alternate model part numbers:
Questions & Answers
QUESTIONS & ANSWERSAsk a Question
I wanted to ask your technical service people for a little advice. A couple of months ago I purchased HiBoost Home 10K Smart Link Cell Phone Signal Booster | F15G-5S-BTW. I have finally got to a point where I think I will have good weather to install the signal booster. It came with LMR240 cable I think but I ordered (2) 100 ft. lengths of LMR400 and basically was going to use it to eliminate some dbm loss of the cable connections - using 50 ft. lengths from the external antenna to the booster and 50 ft. length from the booster to the indoor antenna. I had been waiting to install this booster system on or near my home but I work a significant amount of time during the week where I live and it has rained almost every day when I have had available "off work" time to start the installation. I have a couple of cell phone towers near my home that I thought would permit strong signals to be received but when I tried initially to install the signal booster system on my two story house (side gable for external antenna pointed directly at the #1 tower, it really didn't do much at all. I have two cell towers nearby my home: (#1) 1.88 miles cell tower is due E. 90 degrees away from my home site and (#2) 3.08 miles cell tower is due SE 121 degrees away from my home site. Attempts to install the signal booster on my two story home created a circumstance where I did not have good signal reception at either tower location (antennas were pointed to the exact degree vector away) and mainly I think the trees / leaves are interfering with the signal quality. The other problem I had was - mounting it on my home on the gable side. There appears to be interference with signal separation of the indoor / outdoor antennas. I was able to determine this with a spectrum analyzer that I was able to test with. I am an amateur radio operator and I have some knowledge of radio wave physics. For aesthetic reasons, my wife did not want a pole mounted anywhere on the roof. I looked at google earth and determined the following, my home site is 520' AGL and my house is 28' tall on the second floor gable apex, or roughly 548' AGL. I looked at google again and determined I have mostly pasture towards the line of sight cell tower #1 but there is one area about 1/4 mile in depth of 50' tall trees @ 460' AGL or 510' AGL about 1.5 miles away given the line of sight. Cell tower #1 is 200' tall and its site location is 330' AGL; and the actual antennas mounted on this cell tower are about 30' below the 200' height; so about net 500' AGL. I came to the conclusion - I am just at the tip-top level to receive signals from this tower line of sight - given minimal curvature of the earth. And, I do receive reliable (1 bar status and it is an all bands 4G and lower type phone) signals with my cell phone but I wanted to have more reliable and faster data speed rate capacity by having a better line of sight signal. There is no 5G signal in my area and it is a very rural location. So, I bought a 65 ft. utility pole and planted it 8.5 ft. in the ground next to my 28 ft. tall house. No I didn't buy it just for this reason, but I did put it 25 ft. away from the house and it towers 56.5 ft. above the original ground level of the home site 520' AGL which when I mount the outdoor external antenna up 40' on the pole, this will provide 560' AGL. My goal is to increase the signal strength of the cell signal so my data speeds will be more reliable and faster. But the higher I go up - on the utility pole, the more LMR400 coaxial cable I will use to run down the pole, over to the house, up the wall of my house, and then through my attic to the booster and then more db losses I will have from whatever signal downlink / uplink I may acquire. So, after the outdoor antenna Tx/Rx signals are sent to the booster, then whatever net signal is present is re-transmitted to the indoor antenna very close to where I use my cell phone to surf the internet. Sorry for the long story, but I wanted to be clear what my plan for this installation is - my question or the technical advice I wanted to request, is it more logical to acquire more height and signal at the high point on the utility pole while suffering more db loss using longer runs of LMR400 or should I just use shorter runs of LMR400 and lower height on the tower - given this set up? And, I have purchased two wide band parabolic cell band antennas for another purpose but would it be logical to trade out the outdoor yagi antenna for another one of these parabolic antennas since they have much more directed db signal gain to achieve the results I desire? This statement seems more logical to me but I also thought about co-phasing two yagi wide band antennas I already have together instead of just one yagi, which in effect would create a more narrow deflection beam path. I am currently using the two parabolic antennas in connection with a cellular modem / router at these two cell tower that work sufficiently well for pulling in data speeds with the use of carrier aggregation for several bands simultaneously and get speeds of 50-90mb reliably for the download speed 90% of the time, the upload is about 25mb most of the time as well. This circumvents the use of the booster system when I am connected to the router but as for LTE signals for the phone, I still want to increase the strength of the data speed with the booster. If you think neither proposal will likely increase my desired results, I will just turn the signal booster into a mobile unit for recreational purposes. You comments are greatly appreciated - Thank You. Probably will buy more products from your company. I like playing with this stuff and testing so will be looking at the website for more gadgets.
Thank you for your detailed explanation.
We would always recommend first trying to place exterior antenna at lower altitude that is just enough for the cable length provided. The simple reason is that the longer the cable, more the signal loss in dB per foot of cable. This can possibly negate the Gain acheived completely considering the fact that outside signal strength is already extremely weak.
If that does not help, only then you can try the longer cable option for mounting antenna higher up on the pole that you suggested to see if that helps. However, more importantly, we would rather suggest switching out the HiBoost 10K kit with HiBoost 15K kit as suggested here https://www.signalbooster.com/blogs/news/hiboost-smart-link-4k-10k-15k-cell-phone-signal-booster-installation-video because it would give you +5dB additional gain.
An extra +5 dB makes a HUGE difference in areas such as yours with very weak outside signal strength. With the more powerful signal amplifier, you may get away without raising exterior antenna higher by using longer cable lengths.
This is where our 60 days refund/exchange guarantee helps! We know that sometimes it takes a long time before you can go up there to get it installed considering the weather situation everywhere which is radically different from place to place.
If you need professional installer to help install your system perfectly using a higher 72 dB Gain system, we offer cell signal booster with installation package as well. If you choose this option, you can return the kit you have purchased for a full refund within 60 days of purchase.
Please contact us if you would like to discuss your situation further, we will be glad to help as much as possible.
Thank you for your business.
Data Sheet / User Guide
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Note: For any signal booster to help, outside signal strength must be at least -110 dB or there must be a clear line of sight to a cell tower that is within twenty miles of your home / building. Please check outside signal level in decibels before ordering. If it is too weak, submit request for cell coverage solution assessment. Upon receipt of questionnaire, we will perform residential or business site survey. This will help us determine the system that is needed to improve cell coverage. Then, we will create system design using that system such as femtocell, active or hybrid distributed antenna system (DAS), or other carrier feed signal enhancing method available that will work at your signal-challenged location. Finally, we will schedule for installation after equipment and installation service quote has been approved by you, or your company.
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