winncom amats

7/28/2019 Winncom AMATS

1/19

Winncom Technologies

New AMATS System from

RadioWaves Inc.


2/19

AboutWinncomTechnologies

Winncom Technologies is a worldwide distributor of complete networkingsolutions. Our unmatched expertise in broadband wireless networking products,and our full range of network infrastructure and access products from leadingindustry manufacturers, allows us to provide complete solutions for variousmarkets and applications.

2Winncom Technologies 2011


3/19

CoveringtheFullSpectrumofYourNetworkingNeeds

Winncom Technologies, a worldwide value-added distributor, is nowoffering a new solution from the industry-leading antenna manufacturer,

RadioWaves, Inc.

NEW! AMATS (Automatic Mobile Antenna Tracking) system offers a simple way tocreate ultra-high speed automated communication for point-to-point links.

Major Applications: First Responders

Fire/Rescue Police Border Patrol Coast Guard

Homeland Security DEA Military Ship-to-Shore Casino Boats Construction and Mining Helicopter & Fixed Wing Aircraft


NOC Tower (rooftop)

Mobile Unit (first responder vehicle)

Up to 20 miles

Up to 100 Mbps


4/19

New SolutionsfromWinncomTechnologiesAMATS solution offers the convenience and flexibility of a mobile device, at

the quality and throughput of a TELCO-grade point-to-point link!

Key Features:

AMATS combines broadband radio technology with steerable high gain and broad beam directionalantennas, creating a fully automated robust communications link for emergency services

It will locate, align, and calibrate your remote site quickly, with minimal user input. It is Auto Aligned with

the push of a single button Intuitive, menu-driven ,GUI-based LCD touch screen display for ease of use Provides a diagnostic monitoring GUI for on-demand access to critical live radio data via IP remote

monitoring Proven technology has provided communications links greater than 20 miles @ 4.9Ghz, offering data

rates exceeding 80 mbps

Operates at 2.4, 4.9, 5.4 and 5.8Ghz (other frequencies available upon request) Features ultra-quick deployment for enhanced emergency response situations, even with minimally-trained personnel

Available in mobile command versions (AMATS-PTP) and mobile ship-to-shore versions (AMATS-STS) All accessor ies are included, built-in surge protection, detailed initial installation tech support



5/19

New SolutionsfromWinncomTechnologiesAMATS solution offers the convenience and flexibility of a mobile device, at

the quality and throughput of a TELCO-grade point-to-point link!

Mobile Command versions (AMATS-PTP) and mobile Ship-to-Shore



6/19

New SolutionsfromWinncomTechnologiesAMATS solution offers several options, allowing you to tailor the system for

your particular application:

There are two options for the tower site antenna system:

If the distance is greater than 5 miles, an Ellipse antenna should be used for higher isotropic gain. If the difference in height between tower site and mobile unit is greater than 500ft, an Ellipse antenna

should be used.


Ellipse PTP Gain: 30dBi @ 4.9GHz Weight: 130lbs Pan: 360 degrees Pan Speed: 6-12 degrees per second Tilt Speed: 4 degrees per second

UltraScan PTP Gain: 27dBi @ 4.9GHz Weight: 65lbs Pan: 360 degrees Pan Speed: 6-12 degrees per second Tilt Speed: N/A


7/19

New SolutionsfromWinncomTechnologiesMobile site equipment simplifies link management, delivers outstanding

performance, and is compact enough to be convenient on the road:


ODU

Mobile Command Antenna

IDU (Indoor Module)

AMATS MCU/TCU

Gain @ 2.4GHz: 21dBi Gain @ 4.9GHz: 27dBi Gain @ 5.8GHz: 28dBi Weight: 27.4+37lbs Pan / Tilt: 360 / 90 degrees Pan Speed: 6-20 degrees/second Tilt Speed: 6-20 degrees/second

Voltage: 120/240 VAC 50/60Hz Amperage: 4 A MAX Dimensions: 6.75H x 17.5W x 12.0D Touch screen controls: GUI web interface Chassis: 4 U


8/19

NewSolutionsfromWinncomTechnologiesEstimated performance of the RadioWaves solution for distance optimized

links:

Possible equipment combinations installed at: 200 ft tower and 30 ftmobile mast

(LOS conditions, TCP throughput, 30MHz channel size, best case)

UltraScan+ Mobile Transceiver Antenna - Up to 18mi @ 85Mbps

Ellipse + Mobile Transceiver Antenna - Up to 20mi @ 70Mbps

* UDP throughput numbers are higher then TCP and not considered in this presentation.** All numbers for throughput and distance are estimates , FYI-only, and should not be considered as guarantee of specific performance.



9/19

NewSolutionsfromWinncomTechnologiesEstimated performance of the RadioWaves solution for distance optimized

links:


(LOS conditions, TCP throughput, 30MHz channel size, worst case)






10/19

New SolutionsfromWinncomTechnologiesEstimated performance of the RadioWaves solution for distance optimized

links:


(NLOS conditions, TCP throughput, 30MHz channel size, best case)






11/19

New SolutionsfromWinncomTechnologiesEstimated performance of the RadioWaves solution for distance optimized

links:


(NLOS conditions, TCP throughput, 30MHz channel size, worst case)






12/19

New SolutionsfromWinncomTechnologiesEstimated performance of RadioWaves solution for speed optimized links:

The best performance equipment combination installed at:

200 ft tower and 30 ftmobile mast(near LOS conditions, TCP throughput, 30MHz channel size, best case)

Ellipse + Mobile Transceiver Antenna - Up to 20 mi @ 70-80 Mbps

As compared with best PTMP systems achieving 10 mi @ 20 Mbps (99.950reliability):

30% better distance @ 400% better speed (99.990 reliability)

Or, if the distance is more important to you:

50% better distance @ 300% better speed (99.990 reliability)

* UDP throughput numbers are higher then TCP and not considered in this presentation.** All numbers for throughput and distance are estimates FYI only and should not be considered as guarantee of specific performance.



13/19

New SolutionsfromWinncomTechnologiesWinncom carries a variety of mounting options forAMATS solution,

tailored individually for each application:

Tower and roof mounts for Ellipse and UltraScan TCU antennas:

Non-penetrating mounts

Tower cantilever mounts

Tower face mounts

* All mounts are 100% galvanized steel and use either stainless steel or galvanized hardware. Custom mounts available upon request.



14/19

New SolutionsfromWinncomTechnologiesFeasibility study forAMATS solution:

Real conditions project study for oneof Winncoms customers is shown onthe right.

Overall estimated performance is:

15.6 mi distance 200 Mbps of throughput (TCP) 99.998% availability

Obviously, customers location isfavorable for AMATS deployment. At

the same time results do exceedtypical expectations.

Less favorable locations still deliver

unparalleled performance incomparison with any other solutionsavailable on the market today.



15/19

New SolutionsfromWinncomTechnologiesSystem Engineering Questions:

System Design Questions:

1. Data Backhaul. What are your options to establish communication between the MCU and the TCU?a. VHF/UHF Do you have a license? If so, what frequency? If not, would you be willing to obtain alicense?b. EVDO If you do not have a VHF/UHF license or are unwilling to obtain one, EVDO is the bestoption.

2. Maximum Coverage Distance. What is the maximum distance between the MCU and the TCU?This will help determine the appropriate TCU antenna.

a. If the distance is greater than 5 miles, an Ellipse antenna should be used.b. If the distance is less than 5 miles, the smaller Ultrascan can be used.

3. Minimum Coverage Distance. What is the closest expected distance from the TCU to the MCU?a. If the distance is less than a half mile, an Ellipse antenna should be used to make use of themotorized elevation beam width control.



16/19


System Design Questions:

4. Elevation Difference.The difference in elevation between the MCU and the TCU will help determine if anEllipse is needed for the motorized elevation beam width control.

a. What is the elevation above sea level for the TCU antenna?b. What is the elevation for the typical location of the command vehicle?

* If the difference in height is greater than 500ft, an Ellipse antenna should be used.

5. Tower/Building Control Info.a. What is the distance between the tower control antenna and the TCU controller? This willdetermine how long the antenna control cable needs to be.b. What is the distance between the tower controls UHF/VHF antenna and the TCU controller? Thiswill determine how long the VHF/UHF extension cable needs to be.

c. What type of mount will be needed? Ellipse/Ultrascan top or side mount.

6. Mobile Command Unit Info.a. What type of vehicle will be used?b. Will the antenna be roof-mounted or mast-mounted?c. What is the typical and maximum elevation of the mast on the vehicle?d. How long will the control cable need to be?



17/19


Tower/Structure Mounting Questions:

1. What are the overall Tower Height above ground level in feet (AGL-FT) and the Mount InstallationHeight in feet (AGL-FT)?

2. What is the Clear Unobstructed Leg Area (in)? The basic mount requires approximately 60 of clear,unobstructed tower leg to mount to. This clear area must not have any leg flanges or member gussets inthe way.

3. What is the Tower Vertical Leg Configuration? Does the tower have 3 or 4 vertical legs?

4. What is the Tower Vertical Leg Type? Does the tower have a round pipe or angle iron vertical legs?If other, please note the exact type.

5. What is the Tower Vertical Taper in degrees? Straight or no taper? Tower taper can range from 2to 5 degrees. This is a very important measurement and will determine the levelness of the mount.



18/19

NewSolutionsfromWinncomTechnologiesSystem Engineering Questions:

Tower/Structure Mounting Questions:

6. What is the Tower Face Span Between Legs (in)? Inside to inside and center to center of the legs atthe proposed mount height. Is the face clear of obstructions? Is there any other mount structures orantennas that will interfere with new mount structures?

7. If the tower has round legs, what is the diameter and circumference?

8. If the tower has angle iron legs, what are the angle iron dimensions? Is the angle iron a true 90degree angle or more like a V shape? If shaped more like a V, more specific measurements will berequired.

9. If the tower has angle iron legs, what is the thickness of the steel in inches?

10. Will a custom ice shield be required? If the antenna is going to be installed in an area that is prone toany ice or snow, then an ice shield should be considered. Each ice shield is custom depending onantenna mounting location and height, as well as other factors. If the antenna is going to be installednear the top of a 1000ft tower, it may be constructed differently than if mounted near the middle of a1000ft tower. If the antenna is going to be mounted on a smaller tower next to a larger tower, thenfalling ice from the larger tower should be considered.



19/19

BenefitsofPartnering withWinncom


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