InBuilding Product Catalogue

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1 InBuilding Product Catalogue 2011 Published October 2009

2 Credits Edited and Produced by: Marketing and Communications Panorama Antennas Ltd Frogmore, London, SW18 1HF United Kingdom Disclaimer Every effort has been made to ensure the accuracy of the information contained in this catalogue at the time of going to press. Panorama Antennas Ltd reserves the right to introduce changes to the information given including the withdrawal or introduction of products. Please refer to our website, which may contain differences and should be regarded as the definitive version.

60 Years Experience Panorama Antennas, a family business now in its third generation, is a leading designer and manufacturer of antennas for radio communication.

3 60 Years Experience Panorama Antennas, a family business now in its third generation, is a leading designer and manufacturer of antennas for radio communication. Established in London in 1947, Panorama started life as a company manufacturing consumer products. In 1952, buoyed by huge demand for TVs in the UK, Panorama began manufacturing components for televisions, including antennas. With transistor radios being a trend of the 1960s, Panorama used its expert knowledge in television antennas and began to manufacture communication antennas for radio. Throughout the 70s and 80s Panorama evolved to become the first specialised communication antenna manufacturer in the UK, developing a range of cellular antennas to coincide with the launch of the mobile phone network in the Britain. In 1990, Panorama filed a patent application for the first ever solid state coupling circuit, revolutionising cellular glass mount antenna technology and created a new benchmark for quality in the production of components. As the cellular telecommunications industry has grown worldwide, so has Panorama. Today, Panorama is a major producer of antennas for telecommunications and electronics companies around the world. 3

Quality As Standard Quality Assurance In 1989, Panorama Antennas became the first antenna manufacturer in Europe to gain ISO 9000 certification.

4 Quality As Standard Quality Assurance In 1989, Panorama Antennas became the first antenna manufacturer in Europe to gain ISO 9000 certification. Panorama currently holds the ISO certificate for quality assurance. Patents Panorama Antennas currently holds over 30 different patents and registered designs both in Europe and worldwide. RoHS Compliance All of the products that Panorama Antennas manufactures are 100% RoHS compliant. This is in line with European legislation which came into force on the 1st July Investment in advanced technology enables Panorama to test all materials supplied to us, as soon as they arrive at the factory, ensuring that no noncompliant material is passed on to the customer. REACH REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals, EC 1907/2007) is the European Union s chemical regulation that came into force on 1 June 2007 and will be phased in over and 11 year period (until 2018). Panorama Antennas wholeheartedly supports the objective of REACH to enhance public health and safety and the protection of the environment. Panorama will meet all REACH requirements and is committed to provide our customers with information about substances in our products according to future REACH requirements. Certification Panorama Antennas proudly conforms to the following manufacturing and testing standards: CE mark, WEEE, UL, E-Mark Associations Panorama Antennas is currently a member of the following professional associations: Federation of Communication Services TETRA Association British Association of Police & Public Security Suppliers Low Power Radio Association British Safety Council 4 sales@panorama-antennas.com

5 Testing & Facilities Panorama s testing and measurement facilities represent the cutting edge of antenna design capability. Our communication antenna designs are validated before manufacture using accurate and repeatable tests and measurements. This specialist design and development process builds quality and reliability into all Panorama s products. The key components of our measurement system are: The Anechoic Chamber This creates a 1.2m spherical quiet zone in which the performance characteristics of antenna assemblies can be measured at frequencies up to 35GHz, free from physical or electrical conditions that would otherwise interfere with the measurements. Network Analysers Network Analysers measure efficiency using a wide range of parameters including antenna impedance, relative field strength and insertion loss. Results can be displayed in various formats including Smith Chart, VSWR and return loss. Turntable & Positioning Controller This enables assessment of the directivity of an antenna in both the E and H planes. This special equipment is constructed to rotate through 360 degrees (in 1 degree increments), with minimal RF reflection or interference. Antenna Measurement Software This enables computer control of the Network Analyser and Positioning Controller/Turntable. Data obtained from controlled measurements is automatically displayed on a monitor as VSWR and polar radiation patterns which can be printed or shared on Panorama s computer network. 3D Electromagnetic Modelling Software This software enables Panorama to produce 3D simulations of an antennas electromagnetic performance. This helps to display to customers how the antenna performs and rapidly increases product development. Vehicle Ground Plane Simulation This can be used in the centre of the anechoic chamber to simulate, as closely as possible, a typical modern car roof and windscreen (front and rear). GPS Satellite Recognition GPS Antennas rely on continuous communication with the GPS satellites. The GPS Satellite Recognition software enables Panorama to identify each satellite that is being picked up by the GPS antenna. This helps our developers to see how our antennas perform in the real environment. Environmental Test Equipment Panorama has test equipment capable of testing antennas in a number of conditions. These include a vibration chamber to replicate extended use on a vehicle, and two temperature chambers; one 16 and one 3 that fluctuates temperature between -60 F & +175 F to replicate the changing nature of our environment in the most extreme cases. 5

6 Pentaband 3G UMTS GSM / GPRS 2.4GHz WLAN Ultra Wideband Ceiling Antenna Public Safety TETRA UHF WiMAX In Building Omni Directional RoHS Compliant 6

In Building Ultra Wideband Ceiling Antenna CMWB-038-6-NJ Ultra wideband from 380MHz - 6GHz Easy installation Integrate wireless services into one antenna A true wideband system, Panorama s CMWB-038-6

7 In Building Ultra Wideband Ceiling Antenna CMWB NJ Ultra wideband from 380MHz - 6GHz Easy installation Integrate wireless services into one antenna A true wideband system, Panorama s CMWB allows businesses and facilities to support multi-service / multi-operator wireless coverage. Any number or combination of services are supported - including TETRA UHF, GSM400, AWS 1700MHz, Quadband GSM, 3G UMTS, 2.4GHz WLAN, LTE & WiMAX etc. enabling simultaneous mobility for employees, consumers and emergency services and providing in-building service providers and DAS installers with a convenient one size fits all solution. Technical Drawing 7

In Building Antennas Ultra Wideband Ceiling Antenna Simulated 3D Plots 400MHz 700MHz 900MHz 1800MHz 2100MHz 2400MHz 2600MHz 3500MHz 6000MHz Chamber Measured VSWR Antenna Efficiency Efficiency (%) 100.

8 In Building Antennas Ultra Wideband Ceiling Antenna Simulated 3D Plots 400MHz 700MHz 900MHz 1800MHz 2100MHz 2400MHz 2600MHz 3500MHz 6000MHz Chamber Measured VSWR Antenna Efficiency Efficiency (%) % 90.00% 80.00% 70.00% 60.00% 50.00% 40.00% 30.00% Frequency (MHz) Radiating Efficiency (%) Total Efficiency (%) % 10.00% 0.00% Frequency (MHz) Total Efficiency Radiating Efficiency

9 In Building Ultra Wideband Ceiling Antenna Part No. CMWB Electrical Data Frequency Range (MHz) Operational Band TETRA , GSM850 / CDMA 800, GSM900, GSM1800, PCS1900, 3G UMTS, 2.4GHz WLAN, LTE, WiMAX Peak Gain: Isotropic Polarisation Pattern Impedance TETRA 400MHz AMPS800 / GSM900 GSM1800 & GSM1900 3G UMTS 2.4GHz WLAN 6GHz 1dBi 4.5dBi 6.5dBi 6.5dBi 6.5dBi 7.5dBi Vertical Omni-directional 50Ω Max Input Power (W) 25 Mechanical Data Dimensions (mm) Height 175 Width 420 Length 420 Operating Temp ( C) Material Colour -40 / +80 C ABS White Mounting Data Fixing Via Four 5.5mm Fixing Holes Diameter (mm) 5.5 / 19 Termination N Socket 9

10 Covert Pentaband 3G UMTS GSM / GPRS Covert Ceiling Antenna 2.4GHz WLAN In Building Omni Directional RoHS Compliant 10

11 In Building Covert Ceiling Antenna CMSD-C3G-24-NJ Designed to look like a smoke detector Easy installation Multiband GSM, 3G UMTS & 2.4GHz WLAN The Panorama smoke detector look-a-like antenna is designed to cover all the GSM, UMTS & WLAN frequencies and so can be used for any application. In addition to this, it offers either multi-frequency or single band capabilities, depending on the users requirements. This multiple functionality means that the user only needs to buy one antenna to cover all their in-building coverage options. Technical Drawing 11

In Building Antennas Covert Ceiling Antenna Simulated 3D Plots

E-Plane (900MHz) E-Plane (1800MHz) Typical VSWR E-Plane

00% 70.00% 60.00% 50.00% 40.00% 30.00% 20.

(%) 900 97 83 1800 97 93 2100 98 91 2400 97 91 10.00% 0.

12 In Building Antennas Covert Ceiling Antenna Simulated 3D Plots 900MHz 1800MHz 2100MHz 2400MHz Chamber Measured 2D Plots & VSWR E-Plane (900MHz) E-Plane (1800MHz) Typical VSWR E-Plane (2400MHz) Antenna Efficiency Efficiency (%) % 90.00% 80.00% 70.00% 60.00% 50.00% 40.00% 30.00% 20.00% Frequency (MHz) Radiating Efficiency (%) Total Efficiency (%) % 0.00% Frequency (MHz) Total Efficiency Radiating Efficiency 12

13 In Building Covert Ceiling Antenna Part No. CMSD-C3G-24-NJ Electrical Data Frequency Range (MHz) , , , , 1900, 2170, Operational Band GSM850 / CDMA 800, GSM900, GSM1800, PCS1900, 3G UMTS, 2.4GHz WLAN Gain: Isotropic Compared to ¼ wave GSM850 / GSM900 GSM1800 & GSM1900 3G UMTS 2.4GHz GSM850 / GSM900 GSM1800 & GSM1900 3G UMTS 2.4GHz 2dBi 2dBi 2dBi 2dBi 0dB 0dB 0dB 0dB GSM850 / GSM900 97% Radiating Efficiency GSM1800 & GSM % 3G UMTS 98% 2.4GHz 97% GSM850 / GSM900 83% Total Efficiency GSM1800 & GSM % 3G UMTS 91% 2.4GHz 91% Polarisation Pattern Impedance Vertical Omni-directional 50Ω Max Input Power (W) 25 Mechanical Data Dimensions (mm) Height 81.5 Diameter 150 Operating Temp ( C) Material Colour -40 / +80 C Engineering plastic White Weight (kg) 0.2 Mounting Data Fixing Via Four 5.5mm Fixing Holes and/or N Socket Lock Wheel Diameter (mm) 5.5 / 19 Depth (mm) 34 Termination N Socket 13

14 In Building Antennas Covert Ceiling Tile Antenna Covert Pentaband 3G UMTS GSM / GPRS 2.4GHz WLAN In Building Omni Directional RoHS Compliant Credit Card Thin CM-C3G-24-SJ As thin as a credit card Easy installation Hidden from the room The multiband ceiling mount antenna range is perfect for hotels. This range of multiband GSM and 2.4GHz WLAN antennas require only one cable to be installed in the ceiling, saving on the installers time and money. Installing antennas in the ceiling can allay hotel guests fears about radiation problems while ensuring they still receive full signal on their cell phones. Technical Drawing 14

In Building Covert Ceiling Tile Antenna Simulated 3D Plots - Measured on Ceiling Tile 900MHz 1800MHz 2100MHz 2400MHz Antenna Efficiency 100.00% 90.00% 80.00% 70.

CM-C3G-24-SJ Electrical Data Frequency Range (MHz) 806-896, 890-960, 1710-1880, 1850-1990, 1900, 2170, 2400-2485 Operational Band GSM850 / CDMA 800, GSM900, GSM1800, PCS1900, 3G UMTS, 2.

4GHz 3dBi 3dBi 3dBi 3dBi 1dB 1dB 1dB 1dB GSM850 / GSM900 Radiating Efficiency: 92%, Total Efficiency: 83% Efficiency GSM1800 & GSM1900 Radiating Efficiency: 65%, Total Efficiency: 53% 3G UMTS

15 In Building Covert Ceiling Tile Antenna Simulated 3D Plots - Measured on Ceiling Tile 900MHz 1800MHz 2100MHz 2400MHz Antenna Efficiency % 90.00% 80.00% 70.00% Chamber Measured VSWR Typical VSWR Efficiency (%) 60.00% 50.00% 40.00% 30.00% 20.00% 10.00% 0.00% Frequency (MHz) Total Efficiency Radiating Efficiency Part No. CM-C3G-24-SJ Electrical Data Frequency Range (MHz) , , , , 1900, 2170, Operational Band GSM850 / CDMA 800, GSM900, GSM1800, PCS1900, 3G UMTS, 2.4GHz WLAN Gain: Isotropic Compared to ¼ wave GSM850 / GSM900 GSM1800 & GSM1900 3G UMTS 2.4GHz GSM850 / GSM900 GSM1800 & GSM1900 3G UMTS 2.4GHz 3dBi 3dBi 3dBi 3dBi 1dB 1dB 1dB 1dB GSM850 / GSM900 Radiating Efficiency: 92%, Total Efficiency: 83% Efficiency GSM1800 & GSM1900 Radiating Efficiency: 65%, Total Efficiency: 53% 3G UMTS Radiating Efficiency: 49%, Total Efficiency: 35% 2.4GHz Radiating Efficiency: 83%, Total Efficiency: 65% Polarisation Pattern Linear Omni-directional VSWR 2:1 Max Input Power (W) 25 Mechanical Data Dimensions (mm) Height Width 132 Thickness 1.6 Operating Temp ( C) Material Colour -40 / +80 C Engineering plastic White Weight (kg) 0.1 Mounting Data Fixing Termination Via Four 5.5mm Fixing Holes SMA Socket 15

enhance network coverage in large buildings for the emergency services.

16 In Building Antennas TETRA UHF Ceiling Antenna TETRA UHF In Building RoHS Compliant Omni Directional CM-S1-08NJ Easy installation In building TETRA UHF coverage Suitable for airports and large campus sites The Panorama TETRA UHF ceiling antenna is designed to enhance network coverage in large buildings for the emergency services. Used in airports, large campus sites and shopping centres the antenna ensures there are no black holes in coverage or a reduction in signal strength. Technical Drawing 16

In Building TETRA UHF Ceiling Antenna Typical VSWR E-Plane (390MHz) H-Plane (390MHz) Part No.

wave Polarisation Pattern Impedance S1 0dBi -2dB Vertical Omni-directional 50Ω Max Input Power (W) 25

Engineering plastic White (RAL9010) Mounting Data Fixing Ceiling tile mounting Mounting hole size (mm) 18

17 In Building TETRA UHF Ceiling Antenna Typical VSWR E-Plane (390MHz) H-Plane (390MHz) Part No. CM-S1-08NJ Electrical Data Frequency Range (MHz) Operational Band Gain: Isotropic Compared to ¼ wave Polarisation Pattern Impedance S1 0dBi -2dB Vertical Omni-directional 50Ω Max Input Power (W) 25 Mechanical Data Dimensions (mm) Height 42 Width 160 Operating Temp ( C) Material Colour -40 / +80 C Engineering plastic White (RAL9010) Mounting Data Fixing Ceiling tile mounting Mounting hole size (mm) 18 Mounting length (mm) 72 Cable Data Type CS23 Coaxil Cable Thickness (mm) 5 Length (m) 0.8 Termination N Socket 17

In Building Antennas Multiband Directional Antenna Pentaband 3G UMTS GSM / GPRS In Building RoHS Compliant WM8-ADEP3G-NJ High gain Mast mount or wall mount Waterproof housing Integrate wireless

18 In Building Antennas Multiband Directional Antenna Pentaband 3G UMTS GSM / GPRS In Building RoHS Compliant WM8-ADEP3G-NJ High gain Mast mount or wall mount Waterproof housing Integrate wireless services into one antenna A versatile high gain directional antenna for in building applications, Panorama s WM8 range allows businesses and facilities to support multiservice / multi-operator wireless coverage. The WM8-BAEP3G-NJ supports 2G, 3G, 3G+ and 4G technologies including AMPS, PCS, GSM, UMTS & AWS. The WM8 range is housed in impact resistant, UV light stabilised and flame retardant plastic. The antenna is sealed to be completely weather proof and features a heavy duty N female connector making the product ideal for indoor and outdoor deployment, for inbuilding coverage or network infill applications. Technical Drawing 18

In Building Multiband Directional Antenna Polar radiation plots 900MHz 1800MHz 2100MHz Typical VSWR

WM8-ADEP3G-NJ Electrical Data Frequency Range (MHz) 805-894, 890-960, 1710-1880, 1850-1990 & 1900-2170

3G UMTS / AWS 8dBi 8dBi 8dBi VSWR 2.0:1 @ 800 / 900MHz band / 2.

Mechanical Data Dimensions (mm) Height Width Length 230mm / 9.05 inches 180mm / 7.08 inches 85mm / 3.

19 In Building Multiband Directional Antenna Polar radiation plots 900MHz 1800MHz 2100MHz Typical VSWR Part No. WM8-ADEP3G-NJ Electrical Data Frequency Range (MHz) , , , & Operational Band AMPS 850, CDMA 800, GSM1800, PCS1900, 3G UMTS, AWS AMPS800 & GSM900 GSM1800 & PCS1900 3G UMTS / AWS 8dBi 8dBi 8dBi VSWR 800 / 900MHz band / 2.0:1 All other bands Polarisation Pattern Impedance Vertical Directional 50Ω Max Input Power (W) 20 Mechanical Data Dimensions (mm) Height Width Length 230mm / 9.05 inches 180mm / 7.08 inches 85mm / 3.34 inches Operating Temp ( C) Material Colour -40 / +80 C Flame Retardant UV Light Stabilised ABS White Connector Data Type N Female Mounting Data Fixing Pole Diameter Pole Mount / Wall Mount mm / inches 19

In Building Antennas Omnidirectional Wall Mount Antenna Omni Directional ROHS Compliant GSM / GPRS 3G UMTS ODP Improves range Easy installation Light weight solution Low cost

Particularly useful where in-building network coverage is reduced due to solid walls or glass, this antenna will improve the communication performance. Typical VSWR Part No.

0:1 Gain: Isotropic Compared to ¼ wave Pattern Polarisation 2dBi 0dB Omni-directional Vertical H-Plane (900MHz) H-Plane (1800MHz) Impedance 50Ω Max Input Power (W) 10

20 In Building Antennas Omnidirectional Wall Mount Antenna Omni Directional ROHS Compliant GSM / GPRS 3G UMTS ODP Improves range Easy installation Light weight solution Low cost solution THE ODP is a low cost remote antenna solution for GSM & 3G UMTS devices. Particularly useful where in-building network coverage is reduced due to solid walls or glass, this antenna will improve the communication performance. Typical VSWR Part No. Electrical Data ODP-DE-3G Frequency Range (MHz) , , , Operational Band GSM900, GSM1800, PCS1900, 3G UMTS VSWR Tx 1.5:1, Rx 2.0:1 Gain: Isotropic Compared to ¼ wave Pattern Polarisation 2dBi 0dB Omni-directional Vertical H-Plane (900MHz) H-Plane (1800MHz) Impedance 50Ω Max Input Power (W) 10 Mechanical Data Dimensions (mm) Height 150 Width 32.7 Off Set from Wall 150 H-Plane (2000MHz) Operating Temp ( C) Material Colour Mounting Data Fixing Cable Data Type -40 / +80 C Engineering Plastic Grey Wall mount SR30 Thickness (mm) 3 Length (m) 0.5 Termination SMA Plug 20

Cables Cables are a key part of your purchase. However, their importance is often underestimated, and the right coaxial cable from the antenna to the radio is essencial for an efficient system.

$The inner conductor consists 7 copper strands resulting in an easy vehicle installation due to its flexibility and a lower risk of fracturing or breaking in cold weather like some solid core$

21 Cables Cables are a key part of your purchase. However, their importance is often underestimated, and the right coaxial cable from the antenna to the radio is essencial for an efficient system. The Panorama Antennas low loss cable is designed to the highest specification with the radio installer in mind. The inner conductor consists 7 copper strands resulting in an easy vehicle installation due to its flexibility and a lower risk of fracturing or breaking in cold weather like some solid core alternatives. With the addition of a high performence polythene dielectric this ensures low attenuation and consistent impetance characteristics and the outer copper braid ensures a 93% coverage thanks to its 16 / 6 cross linked construction. A flame retardent, zero halogen outer jacket provided as standard, Panoramas cable conforms to IEC , IEC /2 & IEC 1034 vehicle safety standards whilst being UV light stabilised and RoHS compliant making it the highest standard entry level cable in the market and ensuring the highest safety within your building. Cables can be fitted with a number of terminations and lengths to meet your requirements. Part No. SR1-023-FRZH SR1-029-FRZH SR1-032-FRZH Impedance 50Ω ± 2Ω at 1GHz 50Ω ± 4Ω at 2GHz 50Ω ± 2Ω at 1GHz 50Ω ± 4Ω at 2GHz 50Ω ± 2Ω at 1GHz 50Ω ± 4Ω at 2GHz Loss No Greater Than 2.5dB per 10m at 400MHz 3dB per 10m at 1GHz 4.5dB per 10m at 2GHz 2.5dB per 10m at 400MHz 3dB per 10m at 1GHz 4.5dB per 10m at 2GHz 2.5dB per 10m at 400MHz 3dB per 10m at 1GHz 4.5dB per 10m at 2GHz Braid Resistance Less than 150mΩ per 10m Less than 150mΩ per 10m Less than 150mΩ per 10m Velocity Factor 65% 65% 65% Outer Jacket Outer Conductor Inner Shielding Dielectric Inner Conductor Material UV Stabilised Black Flexible Megalon S540 UV Stabilised Black Flexible Megalon S540 UV Stabilised Black Flexible Megalon S540 Diameter (mm) Material Tin plated Copper Braid Tin plated Copper Braid Tin plated Copper Braid Wire Coverage No less that 95% No less that 95% No less that 95% Diameter (mm) Material Aluminium foil Aluminium foil Aluminium foil Diameter (mm) Material White Cellular Polythene White Cellular Polythene White Cellular Polythene Diameter (mm) Material Plain Copper Strand Plain Copper Strand Plain Copper Strand Diameter (mm) Operating Temp ( C) -35 / +80 C -35 / +80 C -35 / +80 C Voltage Breakdown (Jacket) >10Kv >10Kv >10Kv 21

Panorama Support Tree Panorama believes that quality service is essential and that every customer worldwide should have more than just one point of contact with us.

22 Panorama Support Tree Panorama believes that quality service is essential and that every customer worldwide should have more than just one point of contact with us. Being a global company, Panorama has a number of international sales representatives responsible for countries and regions. This enables Panorama to have someone on the ground who knows the local market and can use this knowledge to help customers. Whilst the local sales representative is ultimately responsible for all customers in their region, he may not be available 24/7. Therefore, Panorama s headquarters in London is able to liaise with the customer over issues like purchase orders, delivery schedules, shipping details and information, sending of samples for evaluation, technical datasheets and other matters that our international sales representative may not be able to deal with immediately. Panorama aims to answer all questions, and deal with any problems or queries within 24 hours of the original being sent. Panorama Returns Policy Any defect occurring in any goods supplied by Panorama Antennas due to faulty material, workmanship or design within a period of 12 months from the date of delivery of the goods, Panorama Antennas will replace or repair the defective goods free of charge. 22 sales@panorama-antennas.com

23 UK Head Quarters Panorama Antennas Ltd Frogmore London, SW18 1HF United Kingdom T: +44 (0) F: +44 (0) E: W: International Offices Austria, Germany & Switzerland Christian Cielinski T: E: W: Australia & New Zealand Steven Stephanides T: E: W: Latin America Jorge Larenas León T: E: W: Poland Lech Szydlak T: E: W: Scandinavia Seppo Saarela T: E: W: Singapore & South East Asia P. K. Seow T: E: W: United States Mats Lindquist T: E: W:

24 Panorama Antennas Ltd Frogmore, London, SW18 1HF, United Kingdom T: +44 (0) F: +44 (0) E:

LOW PROFILE ANTENNA MHz NEMO A10AA1441A. Electrical NEMO SI. Mechanical Data

LOW PROFILE ANTENNA MHz NEMO A10AA1441A. Electrical NEMO SI. Mechanical Data 1575 MHz LOW PROFILE ANTENNA Low Profile GPS Antenna Used for various applications, including marine, outdoor, indoor, general purposes. NEMO A10AA1441A Electrical NEMO SI Termination TNC BULKHEAD FEMALE