FPV - Tearing it Up - part 1

FatShark PredatorV2 RTF FPV Headset System w/Camera and 5.8G TX

First-Person View vs. Gimbal

FPV: First-person view. A method used to pilot a drone remotely using an onboard camera and live video stream sent wirelessly to a video monitor or goggles. Whether the drone operator will need to use FPV will depend on the project requirements.

Gimbal: A gimbal is a piece of equipment which allows a camera to capture smooth footage and sharp images. A good quality gimbal is absolutely essential for professional aerial photography and video, particularly whilst filming moving objects.

DroneHire.org

HoverflyGIMBAL 3-Axis Gimbal Controller

Dark Energy Is Evaporation

North Pacific Gyre Garbage Island I-Joists

From This:


To This:
Trex Composite Framing




Wired Science : Earth: Flotsam Found

Very Large Sailing Island

An Analysis of Hydrogen Production from Renewable Electricity Sources

Gemsound CMP-500

7 Billion Persons Need 7,000,000,000,000,000 (7x1015) kilocalories/year

2740 kcal x 365 days = ~1,000,000 (10⁶) kcal per person-year

1,000,000 (10⁶) kcal per person -year x 7,000,000,000 (7 x 10⁹) persons = 7,000,000,000,000,000 (7 x 10¹⁵) kcal/year

Women Fill The Prisons Up With Men So That There Is No Room For Women!

Using Pronouns To Slander Under-The-Radar Is Character Assassination!

"Enough Is Enough", Does Not Circumvent Due Process!

Catching On The Rebound - Just Because Catholics Are Bad, Doesn't Mean I Like Jews!

Britney Spears Was A Perverted Way To Bring Catholics Back To The Church!

If Employees Don't Make Work And Look Busy, They Get Laid Off At The Monetary Expense Of The Customer!

Racism Is Over Who Can Cum The Most!

If It’s Any Consolation, There Are More Slummier Places Than This!

Liberals Mentally Trespass Due To Close Proximity!

Human International Incorporated

Is Not A Word Sacred?

Pot Holes Are The City’s Embarrassing Scars!

As A Rich Person Talks Of Himself, A Poor Person Talks Of Everybody Else!

"Money" Is Two-Dimensional, "People" Are Three-Dimensional

Dollar Purchasing Power

Ecological Footprint Calculator

Collision Detection

Game Physics (Morgan Kaufmann Series in Interactive 3D Technology) by David H. Eberly

Essential Mathematics for Games and Interactive Applications: A Programmer's Guide, Second Edition by James M. Van Verth and Lars M. Bishop

Collision Detection in Interactive 3d Environments by Gino Van Den Bergen

Morgan Kaufmann Publishers

AHS Igor I Sikorsky Human Powered Helicopter Prize Awarded

Revenues And Outlays As A Percent Of GDP

Obama's Runaway Train

Disassociation

The Only Point-Of-Reference A Black Person Has, Is Another Black Person's Point-Of-Reference!

Motormouth Getting Gag-Money: Why There Is "His-Story" And Not "Her-Story"!

Xerox Robot Speech

The English Parliament Shows Up For Work!

Inventing The Louder Siren

Where Is The National Debate When The Women Are Untouchable?

Arak Heavy Water Reactor Facility, Iran

Laptop Kitty

Simplifying A Mesh With Meshlab

Past Monthly Weather Data For Boston, MA, Boston Logan Int'l Airport - 1920 - 2014 (in inches)

YEAR	JAN	FEB	MAR	APR	MAY	JUN	JUL	AUG	SEP	OCT	NOV	DEC	TOT	AVG
2014	3.24
2013	1.13	4.76	1.65	1.37	3.21	10.50	3.61	1.84	2.21	0.61	2.72	4.62	38.23	3.19
2012	2.67	1.00	1.21	3.09	3.43	4.71	3.88	3.08	4.10	2.62	1.01	5.90	36.70	3.06
2011	4.01	4.57	2.08	4.04	3.23	4.76	2.04	7.74	4.40	6.77	4.21	3.97	51.82	4.32
2010	2.91	3.34	14.87	1.78	2.90	3.18	2.66	5.75	1.80	3.90	2.96	3.61	49.66	4.14
2009	3.35	1.94	2.51	4.13	2.69	3.22	6.90	3.24	3.09	5.17	3.34	3.91	43.49	3.62
2008	2.69	7.94	4.66	2.98	2.73	3.46	6.00	4.47	6.45	1.41	4.57	7.10	54.46	4.54
2007	2.57	2.20	4.31	6.71	3.70	2.12	5.26	0.66	1.81	2.08	2.80	5.25	39.47	3.29
2006	4.60	2.64	0.56	1.83	12.48	10.09	3.58	3.20	1.72	4.50	5.80	1.89	52.89	4.41
2005	4.45	2.70	3.89	3.17	3.98	1.46	3.37	2.88	1.78	9.41	3.71	2.87	43.67	3.64
2004	1.01	1.45	3.38	9.57	3.07	1.95	3.87	4.38	7.44	1.88	2.91	3.66	44.57	3.71
2003	1.81	4.21	4.00	4.00	4.12	4.69	2.11	2.89	2.65	6.20	2.63	5.06	44.37	3.70
2002	3.14	1.81	3.52	2.61	4.48	4.77	1.42	2.13	3.39	3.47	5.03	5.30	41.07	3.42
2001	1.58	1.37	7.57	0.88	1.23	4.99	2.13	4.14	2.29	0.98	0.73	2.83	30.72	2.56
2000	2.62	2.55	3.59	5.02	2.88	6.61	5.20	2.22	2.87	2.86	4.51	4.67	45.60	3.80
1999	5.69	3.51	2.52	0.83	2.70	0.00	3.51	1.33	9.86	4.30	2.14	1.52	37.91	3.16
1998	4.76	5.54	4.15	3.58	6.84	11.59	2.47	3.37	3.03	5.38	1.38	1.59	53.68	4.47
1997	2.34	1.28	4.68	3.46	2.63	1.41	0.63	3.01	1.02	1.78	5.86	2.29	30.39	2.53
1996	7.44	3.17	2.36	4.38	2.73	1.03	5.23	1.54	6.09	10.66	2.18	5.71	52.52	4.38
1995	4.33	2.57	2.20	1.40	1.82	1.55	2.06	0.82	3.60	6.42	5.13	3.20	35.10	2.93
1994	5.22	2.95	7.49	2.25	5.35	0.86	1.80	7.03	4.58	0.41	4.31	5.37	47.62	3.97
1993	2.17	4.94	7.67	4.86	1.04	1.75	1.75	1.32	4.64	3.61	2.86	6.60	43.21	3.60
1992	3.11	2.28	3.59	2.34	1.40	4.61	2.66	4.25	3.46	1.62	6.14	8.26	43.72	3.64
1991	3.24	1.58	4.33	4.84	0.92	2.89	1.95	5.27	6.32	4.27	4.06	2.58	42.25	3.52
1990	3.78	3.60	1.71	5.94	6.53	0.69	4.08	6.57	1.67	7.36	1.39	3.18	46.50	3.88
1989	0.61	2.51	3.07	3.58	3.54	2.84	5.09	5.92	4.61	5.71	4.13	0.81	42.42	3.54
1988	2.50	3.93	3.52	1.47	2.86	1.29	7.62	1.11	1.29	1.60	6.57	1.02	34.78	2.90
1987	7.28	0.72	4.27	9.46	1.75	2.62	0.82	2.93	7.29	2.73	3.49	2.12	45.48	3.79
1986	3.42	2.83	3.42	1.59	1.31	7.74	3.96	3.32	1.08	3.27	6.01	6.38	44.33	3.69
1985	1.12	1.83	2.29	1.62	3.36	3.94	3.51	6.67	3.00	1.65	6.39	1.21	36.59	3.05
1984	2.31	7.81	6.82	4.43	8.77	3.06	4.43	1.60	1.22	5.18	1.68	2.93	50.24	4.19
1983	5.03	5.00	9.72	6.86	2.94	1.07	1.07	3.28	1.06	3.74	8.89	4.94	53.60	4.47
1982	4.69	2.66	2.17	3.42	2.58	13.20	4.22	2.22	1.57	3.19	3.42	1.27	44.61	3.72
1981	0.95	6.65	0.62	3.14	1.17	1.65	3.47	1.04	2.54	3.43	4.78	6.27	35.71	2.98
1980	0.74	0.88	5.37	4.36	2.30	3.05	2.20	1.55	0.82	4.14	3.01	0.97	29.39	2.45
1979	10.55	3.46	3.03	3.19	4.24	0.86	2.36	5.02	3.61	3.14	3.29	1.42	44.17	3.68
1978	8.12	2.87	2.46	1.79	4.50	1.53	1.48	4.62	1.30	3.13	2.21	3.63	37.64	3.14
1977	4.41	2.40	4.76	4.07	3.52	2.49	2.21	2.91	4.03	4.63	2.54	6.20	44.17	3.68
1976	5.29	2.45	2.42	2.00	1.98	0.58	4.30	7.99	1.56	4.16	0.64	3.35	36.72	3.06
1975	5.70	3.37	2.74	2.40	1.78	2.10	2.35	5.52	5.49	4.41	5.13	4.80	45.79	3.82
1974	3.22	3.24	4.01	3.86	2.87	2.29	1.54	3.41	7.03	3.12	1.73	3.92	40.24	3.35
1973	3.12	2.13	2.20	5.65	3.76	4.68	4.83	2.78	1.95	2.71	1.74	7.20	42.75	3.56
1972	2.05	5.74	5.37	3.34	5.26	6.76	2.19	0.83	5.94	2.98	7.02	6.08	53.56	4.46
1971	1.88	5.05	3.08	2.92	3.72	1.74	2.84	1.59	1.55	2.16	6.74	2.40	35.67	2.97
1970	0.89	4.65	4.32	2.79	3.01	4.62	1.27	4.12	2.60	2.63	4.09	6.92	41.91	3.49
1969	2.26	7.08	2.63	4.37	1.96	0.63	2.98	1.89	4.42	1.64	8.18	9.74	47.78	3.98
1968	3.85	1.15	7.86	1.72	3.26	5.65	0.55	1.63	1.79	1.85	6.74	6.23	42.28	3.52
1967	2.28	4.05	4.67	4.83	7.32	3.48	2.47	5.74	2.00	0.96	3.38	6.42	47.60	3.97
1966	5.29	3.48	1.98	1.24	2.66	3.40	3.21	1.25	3.42	2.62	4.43	3.03	36.01	3.00
1965	2.64	3.17	2.22	2.32	0.93	2.99	0.55	1.48	2.01	1.59	2.08	1.73	23.71	1.98
1964	4.56	4.67	3.48	3.69	0.53	1.91	3.12	1.78	2.65	2.82	2.18	5.08	36.47	3.04
1963	3.13	2.60	4.39	1.48	2.86	1.92	1.72	1.67	3.05	1.25	7.74	3.03	34.84	2.90
1962	3.11	4.16	1.48	3.85	1.86	2.33	1.61	3.72	4.10	8.68	3.80	4.53	43.23	3.60
1961	2.92	4.94	4.71	6.59	4.51	1.67	3.29	3.17	7.04	2.46	3.18	3.36	47.84	3.99
1960	3.04	4.84	3.23	3.51	3.80	3.46	5.18	1.64	5.97	2.48	2.49	4.82	44.46	3.71
1959	2.72	3.45	5.81	4.44	1.24	8.20	8.12	2.93	0.63	4.60	4.20	4.64	50.98	4.25
1958	9.54	5.87	4.48	7.82	4.45	2.96	3.91	5.37	7.50	4.62	3.35	1.78	61.65	5.14
1957	2.47	1.34	3.38	3.78	3.63	1.62	0.64	1.71	0.35	2.67	5.75	6.58	33.92	2.83
1956	6.99	4.36	5.39	2.94	1.85	2.03	3.32	1.46	5.07	4.39	3.46	6.13	47.39	3.95
1955	0.92	4.11	5.42	4.12	0.99	3.52	4.28	17.09	2.40	6.94	5.68	1.03	56.50	4.71
1954	3.26	3.37	3.33	5.25	13.38	2.78	2.50	5.64	8.31	3.58	5.34	5.40	62.14	5.18
1953	6.28	4.14	11.00	6.04	5.06	0.48	2.76	1.81	2.50	4.91	7.66	5.09	57.73	4.81
1952	4.31	4.71	4.41	4.41	3.57	3.26	0.52	6.86	1.13	1.61	1.72	4.09	40.60	3.38
1951	4.04	3.71	4.41	3.06	4.81	4.31	2.13	3.23	2.00	3.98	6.60	4.69	46.97	3.91
1950	3.86	3.81	2.99	2.38	1.55	1.10	1.45	3.14	0.89	1.99	6.17	3.37	32.70	2.73
1949	3.21	3.25	1.66	3.23	2.53	0.93	1.10	2.12	6.47	1.60	3.71	1.64	31.45	2.62
1948	5.11	2.08	3.14	2.62	5.37	4.50	4.53	1.24	0.67	4.84	5.16	1.25	40.51	3.38
1947	2.45	1.44	2.30	4.15	4.36	2.88	3.98	2.19	1.24	1.13	5.13	3.95	35.20	2.93
1946	4.18	3.00	1.50	2.62	4.91	2.76	2.22	9.92	2.04	0.34	0.98	3.60	38.07	3.17
1945	4.39	4.09	1.90	2.02	4.47	6.44	2.12	4.27	1.81	2.23	6.86	7.42	48.02	4.00
1944	2.03	2.15	3.92	3.52	0.25	5.35	1.61	1.79	5.36	2.58	5.68	2.83	37.07	3.09
1943	3.74	1.23	4.02	2.61	4.56	1.49	3.91	1.28	1.41	4.82	2.16	0.99	32.22	2.69
1942	3.69	3.54	7.00	1.60	2.11	4.24	4.14	2.09	1.96	2.78	4.69	4.72	42.56	3.55
1941	4.21	1.70	3.40	1.70	2.43	4.29	2.90	1.55	1.18	1.92	2.40	3.19	30.87	2.57
1940	1.67	4.74	3.83	4.58	3.28	1.80	3.15	0.85	2.32	0.76	6.23	2.76	35.97	3.00
1939	2.18	3.79	5.23	4.54	1.29	2.70	0.75	2.14	1.01	4.77	1.14	2.91	32.45	2.70
1938	4.91	2.22	2.42	3.22	4.42	6.30	9.46	3.31	5.43	1.82	2.86	2.80	49.17	4.10
1937	3.93	1.31	3.57	5.34	2.52	3.45	1.17	4.94	3.69	3.95	4.66	4.70	43.23	3.60
1936	6.46	3.66	6.40	3.54	1.70	2.37	1.02	5.15	3.79	2.67	1.33	8.18	46.27	3.86
1935	6.13	3.26	1.52	4.77	1.35	5.07	1.10	2.14	2.69	0.34	3.91	0.66	32.94	2.75
1934	1.77	4.45	4.04	3.21	1.56	3.21	1.25	1.83	5.65	2.94	1.78	1.64	33.33	2.78
1933	1.21	3.77	6.81	7.37	2.74	1.22	2.63	3.41	10.94	3.11	0.65	2.93	46.79	3.90
1932	4.24	1.74	5.28	1.67	1.63	2.05	2.10	4.24	4.43	7.18	5.24	1.78	41.58	3.47
1931	4.09	4.21	4.66	3.11	4.51	9.15	2.43	4.45	1.50	2.18	0.82	2.90	44.01	3.67
1930	2.78	2.24	3.02	1.95	3.39	2.24	3.36	3.03	0.22	5.29	4.03	2.99	34.54	2.88
1929	3.82	3.78	3.00	7.52	2.82	2.30	1.35	2.22	0.76	2.38	3.01	4.51	37.47	3.12
1928	1.66	2.66	1.56	4.41	3.08	5.56	4.14	2.45	4.47	2.88	1.89	2.61	37.37	3.11
1927	2.67	3.28	0.59	1.26	2.50	2.43	4.77	6.73	2.44	3.77	4.71	5.22	40.37	3.36
1926	2.53	5.56	2.91	1.73	3.31	1.33	6.06	3.91	1.08	3.58	4.07	3.96	40.03	3.34
1925	3.97	1.55	5.21	2.48	2.57	4.59	3.54	1.40	3.45	4.03	4.16	5.20	42.15	3.51
1924	3.27	2.61	2.04	3.79	2.81	1.07	2.04	6.86	6.96	0.06	1.93	1.48	34.92	2.91
1923	6.07	1.48	2.49	5.26	0.83	2.03	3.36	2.07	0.38	3.37	2.59	4.99	34.92	2.91
1922	1.41	2.64	4.30	2.48	5.34	8.05	2.63	4.75	3.65	1.97	0.84	3.01	41.07	3.42
1921	1.80	2.64	1.92	4.62	3.63	3.58	11.69	1.63	1.22	1.24	6.19	2.38	42.54	3.55
1920	2.72	4.11	3.72	5.68	5.26	5.78	1.56	2.32	1.90	1.64	5.46	3.89	44.04	3.67

Google Maps Query String Parameters

Query	Translation
q=	“q” stands for “query” and anything passed in this parameter is treated as if it had been typed into the query box on the maps.google.com page. EX. http://maps.google.com/?q=New+York
near=	“near” can be used as the location part of a query instead of putting the entire string into q=. Also needed/useful for disambiguation. EX. http://maps.google.com/?q=shelton;near=new+york http://maps.google.com/?q=shelton;near=seattle
g=	“g” is an address or location that provides extra context for the “q” parameter. Google Maps stores the last run search here, but if it is the first search it can only contain your starting location. This is a potential information leak, so make sure you do actually mean to share the content of this parameter.
mrt=	“mrt” specifies a type of search. The default is blank, which searches for everything. Other options are: mrt=yp  –  Yellow pages mrt=realestate — real estate listings mrt=ds — Related maps mrt=websearch  — local web pages (synonym for ‘yp’ ?) mrt=loc — Locations search Many uses will require the ‘q’ option and/or the ‘near’ option EX. http://maps.google.com/?q=phoenix&mrt=yp&near=tempe
start=	“start” skips the first (start-1) matches.
num=	“num” displays, at most, the given number of matches. The valid range is 0 to 20.
ll=	“ll” stands for Latitude,longitude of a Google Map center – Note that the order has to be latitude first, then longitude and it has to be in decimal format.
sll=	“sll” Latitude,longitude of the point from which the business search should be performed.
spn=	“spn” Approximate lat/long span. The zoom level will be adjusted to fit if there’s no z= parameter.
latlng=	“latlng” takes three numbers separated by commas. The first two numbers (presumably representing latitude and longitude multiplied by 1000000) are ignored. The third number seems to be a Google internal “Company ID” number for a particular business.
cid=	“cid” is similar to “latlng,” but generating a different map size. It takes three numbers separated by commas. The first two numbers (presumably representing latitude and longitude multiplied by 1000000) are ignored. The third number seems to be a Google internal “Company ID” number for a particular business.
geocode=	“geocode” is a concatination of “geocode” encoded values for waypoints used in directions.
radius=	“radius” localizes results to a certain radius. Requires “sll” or similar center point to work.
t=	“t” is Map Type. The available options are “m” map, “k” satellite, “h” hybrid, “p” terrain.
z=	“z” sets the zoom level.
layer=	“layer” Activates overlay. Current option is “t” traffic.
lci=	“lci” activates layers of tiles and needs to be comma-separated.
view=	“view” can be used to select text view (view=text) or the normal map view (view=map).
saddr=	“saddr” source address. Use this when asking for driving directions.
daddr=	“daddr” Destination address(es). Use this when asking for driving directions.
mrad=	“mrad” gives you additional destination address.
dirflg=	“dirflg” is the route type: dirflg=h Switches on “Avoid Highways” route finding mode. dirflg=t Switches on “Avoid Tolls” route finding mode. dirflg=r Switches on “Public Transit” – only works in some areas. dirflg=w Switches to walking directions – still in beta.
via=	“via” gives a comma separated list of intermediate addresses for directions, that should be ‘via points’.
doflg=	“doflg” Distance Units. (Defaults to prevalent units in country of origin.) doflg=ptk outputs directions in metric (km) and doflg=ptm outputs directions in imperial (miles).
cbll=	“cbll” is latitude,longitude for Street View.
cbp=	“cbp” Street View window that accepts 5 parameters: 1) Street View/map arrangement, 11=upper half Street View and lower half map, 12=mostly Street View with corner map, 13=mostly Street View without corner map 2) Rotation angle/bearing (in degrees) 3) Tilt angle, -90 (straight up) to 90 (straight down) 4) Zoom level, 0-2 5) Pitch (in degrees) -90 (straight up) to 90 (straight down), default 5
panoid=	“panoid” is the panorama ID, which is the ID of the current nearby panorama object in Street View.
hl=	“hl” stands for “host language”.
om=	“om” stands for “overview map.” The presence of this parameter with a value other than 1 causes the overview map to be closed. If the parameter is omitted, or present with the value 1, then the overview map is open.
ie=	“ie” stands for “input encoding” and can be used to specify the input character encoding set.
oe=	“oe” stands for “output encoding” and can be used to specify the input character encoding set.
output=	“output” is for output format (blank is default).
f=	“f” stands for “form” and controls the style of query form to be displayed. f=d Displays the “directions” form (two input boxes: from, to). f=l Displays the “local” form (two input boxes: what, where). f=q (or no parameter) The default search form is displayed (single input).
pw=	“pw” stands for “print window.” It activates the print mode and initiates printing. Example, pw=2.
iwloc=	“iwloc” stands for “info window location” and specifies where the infowindow will be displayed. In a business search iwloc=A to iwloc=J will open the info window over the corresponding business marker, and iwloc=near will place it over the big green arrow if that’s currently displayed. iwloc=addr can be used on map search to explicitly request the info window to be open on the address, but that’s the default anyway. Directions search supports iwloc=start, iwloc=end and iwloc=pause1
iwd=1	“iwd” stands for “info window display” and specifies that the infowindow displayed (iwloc=) will be a detailed (expanded) view.
iwstate1=	iwstate1=ssaddfeatureinstructioncard Specifies that the infowindow is in add place mode. Use with ssp=addf and iwloc=SS.  iwstate1=sscorrectthiscard Specifies the infowindow is in edit mode. iwstate1=sscorrectthiscard:ssmovemarkercard The infowindow is in Move marker mode, with the marker bouncing and draggable. iwstate1=sscorrectthiscard:ssedithistorycard The infowindow is in View history mode, displaying a graphical list of marker moves.
msa=	“msa” is involved in My Maps processing. It does nothing without the “/ms” and “/ms” does nothing without the msa=. msa=0 Used with msid= to show a particular My Map. msa=b Activates the “My Maps” sidebar when used in conjunction with “maps.google.com/ms”.  msa=1 shows the My Maps tab directly (like msa=b did). msa=2 Jumps directly to create new My Map form.
msid=	“msid” specifies a My Maps identifier. When used in conjunction with “maps.google.com/ms” and msa=0, the corresponding My Map is displayed.
vp=	“vp” stands for “view point” and the presence of this parameter causes maps.google.com to switch into Copyright Service mode. Instead of returning the html that draws a map, it returns information about the copyright ownership in Javascript format. The vp= parameter specifies the viewpoint (i.e. the centre of the map). Copyright Service only works when the spn= and z= parameters are also supplied, indicating the span and the zoom. Optional parameters are t=, which specifies the map type, and key= which specifies the API key of the site performing the request.
http://asnsblues.blogspot.com/2011/11/google-maps-query-string-parameters.html
http://moz.com/ugc/everything-you-never-wanted-to-know-about-google-maps-parameters

California Zephyr -- Chicago - Denver - Glenwood Springs - Emeryville (San Francisco)

Emeryville, CA (EMY), 5885 Horton Street, Emeryville, CA 94608

Martinez, CA (MTZ), 601 Marina Vista Avenue, Martinez, CA 94553

Davis, CA (DAV), 840 Second Street, Davis, CA 95616

Sacramento, CA (SAC), 401 I Street, Sacramento Valley Station, Sacramento, CA 95814

Balanced Rock

Introduction to Beam Theory

Annual Average Precipitation

TVUPack

TVUPack 8100

TVU Networks TR3100-0000 TVUPack Receiver



The TVU Networks TR3100-0000 TVUPack Receiver is a compact 1U rack-mount server that receives broadcast signals from the TVUPack.

This receiver unit stores content on its on-board storage and outputs the video signals over SDI audio/video connections.

Its intuitive user interface provides complete control over the TVUPack, thus freeing the cameraman in the field from configuration-related worries.

Thanks to this receiver, the newsroom always has a reliable source for instant news coverage.

Monitor and Control Multiple TVUPack Transmitters The TVUPack Receiver can be configured to support multiple TVUPack transmitters in the field.

This customized rack-mount server is paired to receive live transmission from all of your TVUPack, TVUPack Mini, and TVUPack Mini SE devices, which allows you to monitor the real-time status of multiple packs from a single TVUPack Receiver (based on the configuration).

Manage the bit rate, latency, and air card connections from a single interface.

Directly speak to the camera operator from the operations center by adding the optional IFB feature.

The receiver is available in SD or HD models, and is also compatible with TVU Anywhere mobile application.

Pre-Configured Operating Modes With its 4 pre-set modes, the TVUPack Receiver can optimize each TVUPack transmitter unit for common news-gathering environments with a single click.

The TVUPack Receiver automatically sets each TVUPack with a bit rate, as well as latency, which is suitable for the chosen reporting mode.

Moreover, you can manually adjust the bit rate and latency to improve picture quality in adverse network conditions.

Data Card Monitoring View the status of every air card associated with each TVUPack and determine the signal strength of each card while remotely enabling or disabling it from the TVUPack Receiver interface.

Intuitive User Friendly Interface The TVUPack Receiver displays the video feed from all live paired TVUPack transmitters via a connected monitor.

Each paired transmitter can be controlled from the receiver, including starting and stopping the transmitters.

Moreover, the receiver interface also displays the current audio levels, error rate, line quality, and other key data for each transmitter.

View the Signal Strength for Each 3G/4G Data Card See the current status of all connected data cards in each live TVUPack.

The TVUPack Receiver displays the bandwidth strength for each data card, and gives you the ability to enable or disable any card right from the receiver interface.

View and Retrieve Archive Footage from the TVUPack Backpack The TVUPack Receiver provides extensive control for viewing, selecting, and downloading video footage from TVUPack transmitters.

Preview any archived video footage from a live TVUPack, clip the precise video frames you want, and download them directly with a mouse click to the receiver's hard drive for editing.

TVUPack Receiver Add-ons iPod Wireless Monitoring: Wirelessly monitor the status of each TVUPack including air card signal strength, battery status, etc. with a pre-configured iPod touch.

IFB: Use the optional IFB feature to speak with a remotely located camera operator using the TVUPack.

Directly provide audio instructions while viewing live streaming footage and monitoring the Pack's status.

http://www.bhphotovideo.com/bnh/controller/home?O=&sku=883342&Q=&is=REG&A=details

TVU Receiver / Transceiver Datasheet

Road Salt

42.387253°N, 71.037657°W

43.6414°N, 70.2865°W

44.45314°N, 68.905708°W

43.08368°N, 70.761655°W

41.809812°N, 71.403722°W

40.684°N, 74.143°W

39.2332°N, 76.584°W

SkyCam

CableCam

United States Ski and Snowboard Olympic Trials Television Schedule