c+ku lnbf
c only lnbf / multi-satellite 
/ C band 
and Ku band dish pro install kit for 
satellite tv and iptv system is THE 
STB / satellite fta normal uhd hdtv system redneckhdtv.comThis is zoom on a server for stylesheet is sizes of data loaded; mobi is much more mini scaled like a snake and it takes browser to the definition 0 sized plate free ip is home screen scalar. In other words; it zooms too much to normal's what you notice mobile is the pics you have minied are smaller in space also.
richtv.net -/ c+ku lnbf c only lnbf / multi-satellite / C band and Ku band dish pro install kit for satellite tv and iptv system is THE STB / satellite fta normal uhd hdtv system redneckhdtv.com
Installation of 35 years as free tv like it used to be is also a satellite/ip tunin' STB with channel's scanned and multi-SATELLITE and multi-IPTV and multi-Local SD/HD TV for free tv channel's on a AI HDTV via hdmi. Or modify old part's for the expected results; a better antenna system with local tv programming in SD/HD and Nationally addressed satellite tv programming 50 satellites we these people use for free tv using our owned and operated satellite dish system; it is the invention of directional gain for antenna (from the cb) in bandwidth sizer's the microwave carrier in polarized and formatted fashion's for pay via DBS (Direct Broadcast-Satellite of 500 channel's or 1000); or free tv programming in the USA; then mini-apping (small space) are pay tv via internet/cable/local wire phone and wireless cell multi-named as new provider's (pay tv via internet tv CAS/CAM) today is a period of coverages, but the definition depends on their sourcery (you pay them to step on it, qualities) and if in a truck studio; or car in a cellphone (it is not on google tv or hooble tv, apple tv or amazon tv) is even instantly hdtv and the New's locally or otherwise your own camera. Your drone must stay with-in it's own space; is it square and lined, with your name round; there you can drone it.
AI HDTV (artificial intelligence for HDTV) using Video/Audio Amp with HDTV output and IR remote as switch; many satellite boxes and local/freq. antenna and camera's with remote control's can use up to a 30' tower's for reception and Slingin' hobby has a child pay tv called slingtv (, comparing internet tv as pay tv or free tv via internet tv.
FTA installer's can mount their dish upside down or sideways comparitively (because their equipment is based on Science); or even must be skewed; vertical pole like dbs (it is their record how fast, not how long what they did will last); and as long as the many lnbf's (or the one satellite you have already marked on the dish as "center of dish @ xx elevation for it AZ") are aimed at offset to the middle of the dish (without any of them shadowing any signal from another or each other (blocking signal from); only metals/woods/greens (yes even grass blocks signals); they would need to avoid aiming through towers also or tall buildings makes southerly's; snow; rain; ice) they can actually receive 20 or more satellites with 20 lnbf's aimed. If I told you why they can and what the assembly looks like, you would say somebody did not know what they were doing because of the way the designer's designed the dish. It is just that they designed their dish and their directions manual upside down to Static's and made their's (how and who they copied it from) and they rely upon Static's to do it; so that just about anybody can use it for one satellite reception easily (dbs). The pond dish is better statically; and they have the mount and parts to do it this way also; but you have to do it with their braces as the prop holder to 4 braces from foundational bases that hold the dish static; how vertical the dish is depends on their initially set @ offset lnbf mount (after aiming for offset (0) satellite); and are typically then still +20 degree's (leaving the skew the same as aiming; so the front of the dish in most lats in the US, the dish will be almost straight up, but at the south satellite east or west and a small angle. If the dish will hold water (in the equatorial area's they know their aiming solid dishes hold water this way) if a solid dish aimed in the US; wind resistance is .999, even w/ carbon steel materials and you could put it in the front yard and really paint it like a bird bath; drill a small hole in the lowest part of their dish (which will be the middle of the water it can hold called "bird bath"), and the lnbf is almost vertical in Vancouver, WA. Any satellite dish, big or little; can be mounted this way (backwards and upside down) for free to air; or when you build your own googler dish/appler dish/cabler dish/satellite dish that works as a bird bath (and better against the wind because it floats like a boat if it is not static); an Art; formed from a disney dish making it part of a waterfall in a carnival ride (take the ride the matterhorn, and look for the wizard of oz (he will be above the car near the last long fall, green in color; that is where the LNB is for "The Disney channel") or the one Disney that did know how a satellite dish worked (and built their dishes with offset in mind) in the 60's; is gone (yes, they tore down their satellite dish that cost 240,000.00 in the 60's is now probably in the scrap heap along with the ride; warehoused in Fxorida sipping oil). The Disney "world" park of florida, of course; would be more copied or mini'ed type, but as an art and science is pure digital true. Radar was invented to detect the word true. So, the wizard of oz is now an exhibit copy of the original; and has a satellite dish you can aim yourself.
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U.S. HDTV Free to air Equipment - No monthly fee's No term's No contract DO NOT PAY $ for TV legally Record, RW, pause, and review your programming for FREE $199.00 Satellite (DVB-S/S2) + IP (software - kodi+openElec) shipping and internet extra Glorystar: High Quality and honest GEOSATpro Satellite Systems; Parts; and Service, always with Warranty *Site Survey/Labor/Internet/sw extra * list of satellite direction's multi AZ; multi-satellite reception has skew if linear for each and satellites 2 degree type space V/H or L/R is found in 2 degree increment's directionally; power level and multi-band's; multi-band; and SW gps+AZ compass of many different point's in the sky owned by the U.S. by use of your compass to look for the satellite directions available (which are real satellites and space; from each gps lat./long; by city/state/zip you live, receive free tv from every spot on the map; and each satellites elevational line EL- angle from horizontal the markings on the mount of a dish are made for many elevations aimed for offset lnbf is aimed at EL; and skew angle which depends on number of degree's east or west from true south and satellite type aimed at from the USA. These are all the angles you need to aim for free tv in the USA using a satellite dish fta. The multi-directional polar mount is the device that really can receive tham all at 2 degree spacing (from your home for your hdtv; and do all the work for you; using a motor to point at over 50 satellites. DIY can easily do this work of art at their home themselves, following the simple directions in the Glorystar manual or from their online manual. They have their own Glorystar hosted FTA satellite tv forum to interact; or use of their installation professionals whom charge for their services or installation or repairs. Here for free tv and pay tv solutions are how the U.S.A. watches tv today (and the internet you want faster); what you get to watch is your own choice under the Law's of the US. Today, there are thousands of free to air channels to choose from. Free to air satellite dishes from old to new have the most in each local area for homeowners and businesses to choose from. *New Free to air channel in UHD - 24 hrs. a day from outer space; in UHD is in beta-tester modal for reception only. NASA TV U-HD G13/H1 C Band 123W freq. 3920 pol. V sr 26xx8 DVB-S mpeg-iv 1) Public mpeg-2 HD 2) Media mpeg-4 HD 3) NASA TV mpeg-4 UHD 3820 H 30000 mpeg4 5/6 8psk Reelz other on another freq/sr/pol. Apostolistic Oneness; Commercially, when used; the Established rate is paid to the channels directly. |
Today, in most major market's (City) one of the old channel's is now X5 more local channels. Here, ATSC is bringing you the highest qualities and more of the program's and highest rated time of day programs, and programming you deserve and want to watch. The live games in pro and college of course are here; as well as the $ FOR LOCALLY CARRIED In the US, FOR US local people; the highest dollar advertising and highest rated programming (the bestest). In rural area's the new and old local channel's are building many more tower's (repeaters) to serve area's far away from local signal reception of major rating's better; because the area's have grown to "carried" status with new studio design (and additional area's deemed non-major:. These are area's the major's, and now the newer multi-channel's they have avail. get to broadcast digitally for; and free to air antenna aim at their towers, adding million's more FTA viewer's and new digital channel's to the real rural area's people live in and serve the free tv they can now watch using a local antenna and a hdtv or stb for recording; home cloud. These area's were very hard to receive local channel's from in the past over long distances, and required the biggest antenna and high tower's to receive any of them (and still do). The new tower's make new directions for each area's coverage. Re-aiming your old antenna may be all you need to do. Their full signal is received at a shorter distance easily today, as is the design for local tv and radio growing the market. *'90's Free To Air USA "Local Antenna" Market List and ranking of schedules where no rating is broken or ignored For receiving local antenna channel's; a single direction to a local tower (normally mountain-top's) is all that is needed; and distance to the tower you want to receive determines the size and type (gain of a certain signal in a single direction) of local antenna needed to receive it. More than one local signal direction or freq. of broadcast; then omni-directionals (multi); or multi-antenna are needed. Commercially, when used; the Established rate is paid. When smaller antenna do not receive well enough; larger antenna; or longer range sized and typed for multiple kind's of signals and ranges are needed. antennaweb . org is a great online local antenna size and type selection tool; setting direction of local signals and size of the antenna required; a known standard in local broadcasting using just your zip code. Yes, a local antenna can be as big as 10 feet in length since a TV was invented and can require up to a 30 foot tower for use to obtain LOS. |
Comparing cost's of installing your own Home Theatre/Control/Satellite/Local/digital/Network "System"; or adding to the System of equipment you already have; or only paying for HDTV programs and features (via cable, satellite, internet); buying the equipment for free HDTV channel's (starts at$200-$300 equipment cost plus installation delivered); compared to the cost ($180 mo.+cellphone) of cable/internet/phone/ alarm Services that do not work/serve/help or provide any services or reception without a monthly cost, compared to free tv services available in/at your home. ONLY Pay TV System (leased equipment/channels/features high cost; high quality and the features part of their services fee Cable or Satellite TV cost averages after customer order of channels per month cost = if $180 mo. = 1 yr. 12x180 = $2160. Batching was illegal, but many people in rural area's pay for any services they can get and when you combine internet and phone and pay tv; it is $300-$500 per month on average (rent/home not included); in the City, Cable companies batch at $180.00 for phone/internet/tv; on average. 1 yr. 12x180 = $2160 ); 1 yr. 12x$500 = $6000 (Pay TV and Services only - satellite tv only! After 10 years (w/o costs rising) you can buy a home/2nd home with the money ($) you save = $21,600 or $60,000; if you just cancel pay tv servicer's (Cable or Satellite or Internet) for the 10 years you want to save $; and their equipment in your home is removed; after buying and setting up your own fta equipment. The system then combines all types of free to air services and the equipment types and companies that try to liken their ability to serve legal free tv channel's; and locally add to to orihinal's "National Broadcast Co. Universal" or "American Broadcast Co." or "Public Broadcast System" and "FOX" or "Continental Broadcast System" and many other's; provide the free tv program's the best in the US and locally; plus the many other Satellite TV Fta channels. Internet TV Free to air channels are also available with the remote on your HDTV as is reception of Free WiFi; making the S in the truck/motorhome/auto e.can look for Free WiFi on the road via their HDTV (like a laptop) inside the free to air STB. C band 1.2 DISEqC controller's for actuator's/motor's/ polar mount's c + ku band only Multi-satellite reception allows more channels to choose from! Motor's on any dish allow all you can receive from you are just a spot on the map. As you now see satellite dishes as small as 6 or 8 inches in size; minimum sizes from 48" to 10' are required for free to air C+Ku 3.7-4.2 and 11.7-12.2 band's that are in Studio's throughout the America's and Worldwide. Original outerspace band's have been since the 60's and the space race; or Clarkes Arc, where the bands are located has already been there working @.999 for over 40 years; US Law allows private/public ownership of this original satellite technology/dish since 1979. Multi-satellite reception using (1) dish for the most satellite channel's using no motor is the designed apparatus; or selectable immediete switch is the first 1-4-5 seconds for lock (digital signal's have a light that "locks" onto channel tp's (meter for your cellphone can be used for each satellite needs a programmer to make it easier); then the pictures are each channels received fta digitally). This is then automatically shown using the STB's as fta cable tv. 6 bracket's X 2 + 12X2 LNBf = 24 satellites from (2) sides one dish; this is not easy, but available from a statically mounted upside down (horizontally mounted plate to accrue aim and elevation) dish if you learn not to shadow from a dish plate's aiming ability! The dish installation and lnbf mount really needs to be designed upside down for the least shadowing (so the assembly does all pointing using the middle of the dish). This is the hidden technology nobody ever tried before (no, it has been accomplished before).
MANY C Band (since '61 3.7-4.2 Ghz. @4/5=80% .999) the larger satellite dish has never had a better value (a new one still cost's $1000's at 10'); for the channel's today number to over 500 FTA w/ c/ku lnbf and over 50 satellites using a motor; all kind's and type's of satellites are acquired by using X2 lnbf (C+KU) and H/V typed linear signal in US Standard 5150 /10750 LO.; digital signal reception; with dolby and AAC encoding; on one bigger 6-12 foot dish. Commercially, when used; the Established rate is paid. C+KU USA channel's in English *C/KU Band Motorized Digital FTA reception in the US KU only USA channel's in English *KU Band Free To Air digital Satellite channels List C+KU USA channel's in 'espanol *C/KU Band Free To Air digital satellite tv channels List in Spanish / Latino / Portuguese espanol Languages available in the United States and throughout North America |
Hobbies using old NASA technology like radar (ascertained geography/telemetry), geo-synchronous satellites for comm. ( digital satellite is DVB-S/S2 ), local tv and radio (ATSC AM/FM), robotic's ( I/O ), and the remote control (STD i/o); are in Standardized Test pattern to live Broadcasting (DVB-S2 h.264 8psk+). Free electricity is a stretch.
skyvision.com
KU Band only LNBf .1/.2 db noise fig. are the best
multi-sat aiming using middle of reflector at offset for AZ/EL
+lnbf's
This is what is not in their designed satellite dish nor their offset for elevation stamped on the dish mount combination with their own LNBf but works only with the entire designed apparatus. The signal's (for every satellite) you can then receive, legally and free to air is a satellite dish/lnbf assembly aimed. The designed dish is a copy (done before) they learned; or even used; their own named "dish". Satellite dish with one satellite as the one lnbf needed for use. Compared to the one (satellite dish) inside the assembly of the true art-form; like the dish found inside The Matterhorn at Disneyland Anaheim which accrues offset for elevation and AZ (at the same time, just like any offset design today) via middle of the reflector they have in their design which is a satellite dish from the 60's (the Matterhorn ride itself is an original art formed by North American's before Colombus; the joy-joy rollercoaster with water; and mining technology)! The pictured satellite dish below is DIY and fyi at the same time (a design already used/copied/compared; albeit upsidedown), without interference or blockades of Einstein's equations of relativity (or Tesla's); nor their real brain.
The satellite dish reflects every signal that it can aim at; whether by multi-satellite reception (toroidial types or parabolic types or a/the direct reflection and can be with or without offset) or the angles required using one lnbf and a motor to move the dish. The many different dish design's were copied; any newer ku band single offset satellite antenna is normally used for single satellite reception with a single offset lnbf design for one satellite reception; most include a statically mountable dish with offset feed and az/el mounting instructions of their designed single satellite. The manual/directions/assembly they use has them printed for each, and is their own proof their design works.
The design you see below is the insult (upside down and totally static; where the dish/lnbf assembly cannot move) required for a satellite dish that can receive over 10 satellites (actually up to 20 and more without single satellite designs) not moving or motoring even a quarter inch.
The bigger the dish; the more satellites it receives; and below is without any shadows to the signals by holding (bracket) the lnbf's at offset for elevation AND AZIMUTH at the same time (statics) and they receive each satellite using upsidedown design of a satellite dish; nor are there any blockages of the directional's by its own placed parts or satellite spaces as placements (they are mounted so that they do not shadow signals from any other lnbf of the assembly and accrue only 4 degree spacing between the different 2 degree satellites). We called it "Lamplighting" in the old days, which was when the pole/concrete hardens for a motored dish; the lnb feed assembly is aimed at offset for elevation for analog and digital satellite reception; the dish plate pictured below is pointing straight up. The lnbf offsets determine both AZ and EL at the same time without shadow. Today, each satellite can easily provide 200 channels each; and for 40 satellites could have 8000 channels of free tv to watch; there are only many 100's of free to air channel's on many different satellites (in english).
The 2nd picture is of the technicalities and where i live; and the satellites i receive using my multi-satellite reception design i have manually accomplished with many of the larger satellite dishes; with DISEqC lnbf switches and every c band, ku band and c+ku band lnbf's and twin lnbf's w/multi-switch; lnb's, feedhorns and polarotor's. The channel's received are free to air and only available for satellite dishes mounted/designed this way. The placed parts isolate all energies of signals; using plastic or glass; these are the same isolation techniques used in the 60's and 70's; as satellite installation those day's needed more than one satellite at one time hooked to cable company equipment. Technically, the isolation occur's between each LNBf in this larger system of switches; DVB-S2 receiver's; coaxes numbering in the combined power, or amplified microwaves it actually receives in a static sense; it receives the reflected energy (only) continuosly; but only powers up one lnbf (one polarity) at any one time. The lnbf's themselves are still receiving the signals they aim at. The bigger the dish, the more signals it reflects from many toroidial's every dish has in amplification of them all; DBS dishes are small, and do not focus on signals the dish amplifies very little; and depend on their designed powered or highly-amplified signals (the carrier wave is a microwave) to receive their's; a big dish also has every signal from their entire arc available the way below; but not available by them this way. This is because they did not really know 1) their own technology 2) Study of statics 3) How a satellite dish works 4) They wanted to make a dish that cost's you 0 dollars; cheaper and cheaper for themselves to manufacture and install (of which they have charged the consumer more and more to replace the old every 2 years); and worth absolutely nothing; and you do not get any of them services of your account unless you pay them a monthly fee (cost monthly more and more than normal cost of living rise); which is a defined monopolizer of your time. This design below is mine because it is legal to buy all, or build all, and any free to air receive only system in the US and I have and can build any satellite dish this way; and still do.
2 more lnbf holders with bolt-on steel bracing easy as 1/2/3. Making the dish and plate aimed assembly static; braced and un-able to move; makes the installed parts using only a switch (DISEq 1.0 or 1.1) able to tune more channels. Used by the cable company in the past; makes your dish work better by adding entire whole satellites with other channel's; just like dbs satellites do!
+lnbf's $10 ea. satellite you want to receive
Using a glorystar dish (KU Band lnbf's and diseq SW with 32 positions) and (6) brackets allows reception of 12 more satellites! And another (6) will allow another 12 more satellites (it is not easy). LNBf's extra (eye's to the world of satellite tv). With this type of hook-up; almost any channel available you may want can be received. They do not write instruction's for these require perfect center-of-dish aiming at offset without shadow or terrestrially based blockages tree's building's and elevationally use the entire dish. Each LNBf must aim to the satellite you want without any signals being blocked from their view of space.
Many part's are available for multi-satellite reception without a motor. The bracket's; the LNBf's; the available switches; the satellite dishes; local antenna; all are available here for installation. You must buy and own the equipment to be able to add them to your home; these are allmany of the parts you need to add the ability to watch free tv.
C+Ku Band lnbf w/22 khz. SW-allows second dish; or diseq SW; or dual band single satellite (2Gig in width) or motor or 4DTV dsr922 reciever uses; or Commercially for each satellite. Using the satellite dish from a horizontal position allows homeowners to install the dish as a stealth product (where if fits as viewed by somebody else). The bracket and multi-lnbf cannot receive every satellite; but can receive many more than earlier designs emphasizing aiming with/from the middle of the dish w/o any offset (one shadow). The offset design of todays dishes is to lower the shadow from the most latitudes. Bracing is a small shadow also, but is used to make statics better. The heavier the assembly is; the more static it must be designed to be (tensile); and any shadow of each lnbf directionally gained does show in meter; as the direction needed is a laser line to the satellite, which is the focus of the dishes reflector and toroidial function. @ku powers the shadows do not matter as much; it still shows if you remove a lnbf, an eye to the world of satellite tv; from the assembled "dish". DBS dishes also shadow their lnbf's with the extra lnbf's and assembly. Only 5 different satellites is the least their real artform can receive; as they distanced themselves from using an 18" dish for the 10-15 dbs satellites it really can receive without moving. As can any C Band (flatter the better) with solid or mesh designed horizontal mounting; can receive any c or ku just not all at any one spot on the map. Every 2 degree's of the geosychronous arc available is a point focused inside the C Band feed (not made to pick-up (2) 2 degree spacing at the same time) gained by the reflection of the dish is satellite dish sized formula used, this is the dish size providing the gain, and adds to directional gained system for each point in the sky; each accrued with a BUD for C or KU; a motor is used because only one lnbf is needed to receive while motoring (with one small shadow); and it is a reflector and its size which receives and "adds to" a satellite system (gain of lnbf from reflectors focused size area/areas). That the C Band dish amplifies the reflection is how it works. Multi-satellite reception is the same; but cannot accrue 2 degree points; mainly because the designer's did not design the mount around more than one lnbf offset; but also because the parts would be expensive to manufacture (directv has a [3 feed] 2-degree ku satellite offset design which is quite unique). Aiming a lnbf at offset using a multi-sat feed holder is not easy to accrue; but once locked onto a static dish; works! A feed; LNBf; cost from 10k -> 1k -> 100 -> $50/10 during the past 40 years.
+ or add these sidewinder Ku offset's with ku universal .2 db lnbf below and bracket above and this 1x4 1.0 DISEqC SW. This is by using the horizontal of the dish to aim the lnbf to another satellites reflection from a part of the dish called the toroidial area of azimuth reflections; located horizontally from any statically aimed dish plate/antenna is the azimuth with more than one satellite signal available at all times the dish plate does not move. The vertical area's of the dish plate is then the elevation's accrued at the same time depending on the reflections real angle received using a vertical/horizontal crossing the middle directional aim. Both vertically on a dish; and horizontally at the same time; plus only using the middle of the dish to aim across or accrue the satellites directional is how these work to receive 4 degree spaced satellites that are the same in bandwidth/type. Motoring is still less costly to put together all the satellites at offset will require 2 satellite dishes because the parts are only made to receive one satellite at a time for every satellite using a motor and assembly of a polar mount for every satellite; and use of 64 satellite type switches were not needed or used except to choose other new satellites called ku band in 1981. Multi-satellite reception uses switching system to make the newest STB satellite tuner work; and many STB (say 4) are inside the different room's of a house like cable tv...
C Band 3.4-4.2 Ghz. (5150 lo = 3.7-4.2 500 ea. pol.) lnbf 14/18 sw :: single/twin output with multi-sw
$23
GEOSATpro C Band PLL - 3.4-4.2 :: 5150 l.o.
FTA Satellite dish - linear or circular
~30" (76 cm.) Winegard ds-2076 (steel dish)
36" GEOSATpro (steel dish)
10' used C Band dish
NEW C Band 6' (180 cm./8' (240 cm.)/10' (300 cm.) and larger dishes now available (steel or Alum. mesh)
no attach. the end
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