Products
2118060-1 Antennas  1
  • Antenna Style Embedded
  • Antenna Type Thin PCB
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 2
  • Frequency Band 2300 – 3800
  • Product Weight 3.3
  • Polarization Linear
  • Region Global by Band
  • Cable Length 350
  • Product Length 29.591
  • Product Width 41.24
  • Product Height .304
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n, WiMAX, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Bag/Box
1513472-5 Antennas  1
  • Antenna Style External
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 3
  • Frequency Band 2400 – 2483.5
  • Product Weight 5.9
  • Polarization Linear
  • Region Global
  • Cable Length 360
  • Product Length 29
  • Product Width 16
  • Product Height 10
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Bag/Box
1513504-1 Antennas
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Gain (Max) 2
  • Frequency Band 2400 – 2483.5
  • Product Weight 1
  • Polarization Linear
  • Region Global
  • Product Height 6.05
  • Product Diameter 16
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 b/g, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Tape & Reel
1513634-1 Antennas
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 0
  • Frequency Band 1565 – 1585
  • Product Weight 1
  • Polarization Right Hand Circular
  • Region Global
  • Product Height 6.05
  • Product Diameter 16
  • Application by Region GPS - Global - 1565 – 1585 MHz
  • Wireless Standard GPS
  • Wireless Application GPS
  • Packaging Method Tape & Reel
1513164-1 Antennas  1
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Gain (Max) 4
  • Frequency Band 2400 – 2483.5
  • Product Weight 1
  • Polarization Linear
  • Region Global by Channel
  • Product Height 6.05
  • Product Diameter 16.09
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Tape & Reel
2118439-3 Antennas  1
  • Antenna Connection Type Cable Assembly
  • Antenna Connector Type MCIS
  • Antenna Style Embedded
  • Antenna Type Thin PCB
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Frequency Band 2400 – 2483.5
  • Mounting Retention Type Adhesive
  • Polarization Linear
  • Region Global
  • Cable Length 160
  • Product Length 29.9974
  • Product Width 9.7
  • Product Height .85
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n/ac/ad, Bluetooth, ZigBee & Wi-Fi
  • Wireless Application Bluetooth
  • Packaging Method Bag/Box
1513273-1 Antennas
  • Antenna Style Embedded
  • Antenna Type PCB
  • Band Type Quad Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 2
  • Frequency Band 1710 – 1880
  • Product Weight 1.8
  • Polarization Linear
  • Region EU
  • Product Length 37.59
  • Product Width 15.11
  • Product Height 1.57
  • Application by Region CDMA - Americas - 1850 – 1990 MHz
  • Wireless Standard US Dual & EU Dual Band
  • Wireless Application CDMA 1900
  • Packaging Method Bag/Box
1513317-1 Antennas
  • Antenna Style Embedded
  • Antenna Type PCB
  • Band Type 5 Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 2
  • Frequency Band 1710 – 1880
  • Product Weight 2.9
  • Polarization Linear
  • Region EU
  • Product Length 49.9
  • Product Width 20.27
  • Product Height 1.58
  • Application by Region CDMA - Americas - 1850 – 1990 MHz
  • Wireless Standard US Dual & EU Dual & WCDMA
  • Wireless Application CDMA 1900
  • Packaging Method Bag/Box
2118308-1 Antennas  1
  • Antenna Style Embedded
  • Antenna Type PCB
  • Antenna Protocol LTE World Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 3.9
  • Frequency Band 1710 – 1880
  • Product Weight 4.2
  • Polarization Linear
  • Region Americas
  • Cable Length 120
  • Product Length 110
  • Product Width 14
  • Product Height .02
  • Application by Region CDMA - Americas - 1850 – 1990 MHz
  • Wireless Standard LTE, UMTS, US Dual, EU Triband & WCDMA
  • Wireless Application CDMA 1900
  • Packaging Method Bag/Box
2118316-1 Antennas
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Single Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Gain (Max) 4.9
  • Frequency Band 4900 – 5875
  • Product Weight .2
  • Polarization Linear
  • Region Global
  • Product Length 10.9982
  • Product Width 4.25
  • Product Height 4.9
  • Application by Region Wi-Fi - Global - 4900 – 5875 MHz
  • Wireless Standard 802.11 a/g/n/ac & Wi-Fi
  • Wireless Application Wi-Fi
  • Packaging Method Tape & Reel
Story
ParceLive, by Hanhaa, Ltd.
ParceLive, by Hanhaa, Ltd.
The antennas we had before TE made our products bigger, heavier and more expensive...TE really helped us reduce weight, which reduced the cost and the size of the board in addition to improving performance.

Customer: Hanhaa, Ltd.  

Focus: Delivering truth at scale
Solution: ParceLive, a real-time package tracking service

Location: London, U.K.
Websitehttps://hanhaa.com

LinkedInhttps://www.linkedin.com/company/hanhaa


 

 

 

 

 

ENGINEERING CHALLENGES
• Solving IoT connectivity worldwide
• Understanding RF & performance
• Delivering real-time, accurate data

ParceLive is a dynamic tracking system that monitors the location, condition and security of parcels shipped worldwide at scale. Dedicated to offering ParceLive as a subscription service, Hanhaa focused on device capabilities to ensure utilization would be high. This includes global connectivity and GPS tracking that can give real-time data from anywhere in the world and a self-return capability which requires little effort from the recipient.


One unique solution they used to enable connectivity worldwide was to run their own GSM stack and mobile network, giving them control over security and coverage other players don’t have. But they struggled with the key piece for reliable connectivity—the antenna. Hanhaa was using a chip antenna, which did not allow tracking data at the granularity necessary for the product to succeed, and they didn’t understand the complex radio frequency requirements to the level they needed.

Azhar Hussain, CEO, Hanhaa, Ltd.
Azhar Hussain, CEO, Hanhaa, Ltd.
ParceLive is designed for real-time data transmission, from anywhere in the world.
ParceLive is designed for real-time data transmission, from anywhere in the world.

“The antennas we had before TE made our products bigger, heavier and more expensive,” said Azhar Hussain, CEO of Hanhaa. “TE really helped us reduce weight, which reduced the cost and the size of the board in addition to improving performance.”


As TE helped with the board layout, Hanhaa took the opportunity to understand how to place RF components and maximize the ground plane, a key piece of technology that enables the radios to work. TE’s engineers reviewed Hanhaa’s designs and highlighted issues that could affect the tracker’s performance or battery life, working in tandem with Avnet’s experts to balance both the requirements of the overall device and those of global markets. Together, the team helped Hanhaa overcome its antenna development hurdles and save significant time and money.


“TE helped us refine the designs and tune the performance so that the tracker delivered the level of accuracy we needed,” Hussain said. “Thanks to this close collaboration with Avnet and TE, ParceLive is able to offer capabilities like passive antenna arrays that enable GPS readings from inside a building.”

  1. From Avnet: TE Partnership with IoT Innovator Hanhaa

Learn how custom-designed TE antennas for 5G connectivity enabled IoT-startup Hanhaa to build ParceLive, a reusable, smart system for real-time parcel tracking – from factory to frontdoor. By partnering with TE, and in collaboration with Avnet, Hanhaa went from brilliant idea to working prototype to industrialized product.


The result is a dynamic system that can monitor the location, condition, and security of parcels shipped worldwide.

Video courtesy of Avnet.

PARTNERSHIP SOLUTION
• Optimized board to save space, weight & cost
• Applied knowledge of RF & performance
• Custom antennas for reliable connectivity

When TE looked at the components from a holistic view, they realized they needed to view ParceLive more as a mobile phone rather than an IoT device to resolve the design challenges. The device had a small form factor, a big battery and very little space to squeeze in the necessary antennas. Embedded antennas had to be custom-made to be tuned to ParceLive’s specs, and they had to change the position of the board, battery, radios and other components to avoid interference that would affect performance.


Hussain said: “We learned a lot about how RF design is as much an art form as it is a science. From my perspective, the spec sheet can not really capture the nuances of what it takes to enable RF performance.”

Inside the technology powering ParceLive.
Inside the technology powering ParceLive.
Challenge solved, ready for delivery.
Challenge solved, ready for delivery.

Antennas and RF components tend to be the most underestimated parts of a design. Having a partner with antenna and RF expertise helps bring the spec sheet to life. Antennas are different from any other passive component—materials in the PCB, battery and other components can impact the antenna’s performance. For example, far into the design process, the antenna suddenly stopped working. It turns out, the NFC label that had been placed on the back of the housing interfered with the antenna—an easy fix, but this shows how sensitive the antenna can be. The plastic encasement around the device had to meet certain fire regulations for shipping. That also affected RF performance and the materials had to be tested and the antenna tuned appropriately.


Hanhaa learned how important it is to design the device around the antennas, learnings which are already benefitting their second-generation designs. They are able to track packages with 100% connectivity through the Mongolian desert and other areas presenting connectivity challenges.

ParceLive is a trademark of Hanhaa, Ltd.

Related Materials
ParceLive, by Hanhaa, Ltd.
ParceLive, by Hanhaa, Ltd.
The antennas we had before TE made our products bigger, heavier and more expensive...TE really helped us reduce weight, which reduced the cost and the size of the board in addition to improving performance.

Customer: Hanhaa, Ltd.  

Focus: Delivering truth at scale
Solution: ParceLive, a real-time package tracking service

Location: London, U.K.
Websitehttps://hanhaa.com

LinkedInhttps://www.linkedin.com/company/hanhaa


 

 

 

 

 

ENGINEERING CHALLENGES
• Solving IoT connectivity worldwide
• Understanding RF & performance
• Delivering real-time, accurate data

ParceLive is a dynamic tracking system that monitors the location, condition and security of parcels shipped worldwide at scale. Dedicated to offering ParceLive as a subscription service, Hanhaa focused on device capabilities to ensure utilization would be high. This includes global connectivity and GPS tracking that can give real-time data from anywhere in the world and a self-return capability which requires little effort from the recipient.


One unique solution they used to enable connectivity worldwide was to run their own GSM stack and mobile network, giving them control over security and coverage other players don’t have. But they struggled with the key piece for reliable connectivity—the antenna. Hanhaa was using a chip antenna, which did not allow tracking data at the granularity necessary for the product to succeed, and they didn’t understand the complex radio frequency requirements to the level they needed.

Azhar Hussain, CEO, Hanhaa, Ltd.
Azhar Hussain, CEO, Hanhaa, Ltd.
ParceLive is designed for real-time data transmission, from anywhere in the world.
ParceLive is designed for real-time data transmission, from anywhere in the world.

“The antennas we had before TE made our products bigger, heavier and more expensive,” said Azhar Hussain, CEO of Hanhaa. “TE really helped us reduce weight, which reduced the cost and the size of the board in addition to improving performance.”


As TE helped with the board layout, Hanhaa took the opportunity to understand how to place RF components and maximize the ground plane, a key piece of technology that enables the radios to work. TE’s engineers reviewed Hanhaa’s designs and highlighted issues that could affect the tracker’s performance or battery life, working in tandem with Avnet’s experts to balance both the requirements of the overall device and those of global markets. Together, the team helped Hanhaa overcome its antenna development hurdles and save significant time and money.


“TE helped us refine the designs and tune the performance so that the tracker delivered the level of accuracy we needed,” Hussain said. “Thanks to this close collaboration with Avnet and TE, ParceLive is able to offer capabilities like passive antenna arrays that enable GPS readings from inside a building.”

  1. From Avnet: TE Partnership with IoT Innovator Hanhaa

Learn how custom-designed TE antennas for 5G connectivity enabled IoT-startup Hanhaa to build ParceLive, a reusable, smart system for real-time parcel tracking – from factory to frontdoor. By partnering with TE, and in collaboration with Avnet, Hanhaa went from brilliant idea to working prototype to industrialized product.


The result is a dynamic system that can monitor the location, condition, and security of parcels shipped worldwide.

Video courtesy of Avnet.

PARTNERSHIP SOLUTION
• Optimized board to save space, weight & cost
• Applied knowledge of RF & performance
• Custom antennas for reliable connectivity

When TE looked at the components from a holistic view, they realized they needed to view ParceLive more as a mobile phone rather than an IoT device to resolve the design challenges. The device had a small form factor, a big battery and very little space to squeeze in the necessary antennas. Embedded antennas had to be custom-made to be tuned to ParceLive’s specs, and they had to change the position of the board, battery, radios and other components to avoid interference that would affect performance.


Hussain said: “We learned a lot about how RF design is as much an art form as it is a science. From my perspective, the spec sheet can not really capture the nuances of what it takes to enable RF performance.”

Inside the technology powering ParceLive.
Inside the technology powering ParceLive.
Challenge solved, ready for delivery.
Challenge solved, ready for delivery.

Antennas and RF components tend to be the most underestimated parts of a design. Having a partner with antenna and RF expertise helps bring the spec sheet to life. Antennas are different from any other passive component—materials in the PCB, battery and other components can impact the antenna’s performance. For example, far into the design process, the antenna suddenly stopped working. It turns out, the NFC label that had been placed on the back of the housing interfered with the antenna—an easy fix, but this shows how sensitive the antenna can be. The plastic encasement around the device had to meet certain fire regulations for shipping. That also affected RF performance and the materials had to be tested and the antenna tuned appropriately.


Hanhaa learned how important it is to design the device around the antennas, learnings which are already benefitting their second-generation designs. They are able to track packages with 100% connectivity through the Mongolian desert and other areas presenting connectivity challenges.

ParceLive is a trademark of Hanhaa, Ltd.

2118060-1 Antennas  1
  • Antenna Style Embedded
  • Antenna Type Thin PCB
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 2
  • Frequency Band 2300 – 3800
  • Product Weight 3.3
  • Polarization Linear
  • Region Global by Band
  • Cable Length 350
  • Product Length 29.591
  • Product Width 41.24
  • Product Height .304
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n, WiMAX, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Bag/Box
1513472-5 Antennas  1
  • Antenna Style External
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 3
  • Frequency Band 2400 – 2483.5
  • Product Weight 5.9
  • Polarization Linear
  • Region Global
  • Cable Length 360
  • Product Length 29
  • Product Width 16
  • Product Height 10
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Bag/Box
1513504-1 Antennas
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Gain (Max) 2
  • Frequency Band 2400 – 2483.5
  • Product Weight 1
  • Polarization Linear
  • Region Global
  • Product Height 6.05
  • Product Diameter 16
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 b/g, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Tape & Reel
1513634-1 Antennas
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 0
  • Frequency Band 1565 – 1585
  • Product Weight 1
  • Polarization Right Hand Circular
  • Region Global
  • Product Height 6.05
  • Product Diameter 16
  • Application by Region GPS - Global - 1565 – 1585 MHz
  • Wireless Standard GPS
  • Wireless Application GPS
  • Packaging Method Tape & Reel
1513164-1 Antennas  1
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Gain (Max) 4
  • Frequency Band 2400 – 2483.5
  • Product Weight 1
  • Polarization Linear
  • Region Global by Channel
  • Product Height 6.05
  • Product Diameter 16.09
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n, Bluetooth & ZigBee
  • Wireless Application Bluetooth
  • Packaging Method Tape & Reel
2118439-3 Antennas  1
  • Antenna Connection Type Cable Assembly
  • Antenna Connector Type MCIS
  • Antenna Style Embedded
  • Antenna Type Thin PCB
  • Band Type Dual Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Frequency Band 2400 – 2483.5
  • Mounting Retention Type Adhesive
  • Polarization Linear
  • Region Global
  • Cable Length 160
  • Product Length 29.9974
  • Product Width 9.7
  • Product Height .85
  • Application by Region Bluetooth - Global - 2400 – 2483.5 MHz
  • Wireless Standard 802.11 a/b/g/n/ac/ad, Bluetooth, ZigBee & Wi-Fi
  • Wireless Application Bluetooth
  • Packaging Method Bag/Box
1513273-1 Antennas
  • Antenna Style Embedded
  • Antenna Type PCB
  • Band Type Quad Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 2
  • Frequency Band 1710 – 1880
  • Product Weight 1.8
  • Polarization Linear
  • Region EU
  • Product Length 37.59
  • Product Width 15.11
  • Product Height 1.57
  • Application by Region CDMA - Americas - 1850 – 1990 MHz
  • Wireless Standard US Dual & EU Dual Band
  • Wireless Application CDMA 1900
  • Packaging Method Bag/Box
1513317-1 Antennas
  • Antenna Style Embedded
  • Antenna Type PCB
  • Band Type 5 Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 2
  • Frequency Band 1710 – 1880
  • Product Weight 2.9
  • Polarization Linear
  • Region EU
  • Product Length 49.9
  • Product Width 20.27
  • Product Height 1.58
  • Application by Region CDMA - Americas - 1850 – 1990 MHz
  • Wireless Standard US Dual & EU Dual & WCDMA
  • Wireless Application CDMA 1900
  • Packaging Method Bag/Box
2118308-1 Antennas  1
  • Antenna Style Embedded
  • Antenna Type PCB
  • Antenna Protocol LTE World Band
  • Impedance 50
  • VSWR (Max) <3:1
  • Gain (Max) 3.9
  • Frequency Band 1710 – 1880
  • Product Weight 4.2
  • Polarization Linear
  • Region Americas
  • Cable Length 120
  • Product Length 110
  • Product Width 14
  • Product Height .02
  • Application by Region CDMA - Americas - 1850 – 1990 MHz
  • Wireless Standard LTE, UMTS, US Dual, EU Triband & WCDMA
  • Wireless Application CDMA 1900
  • Packaging Method Bag/Box
2118316-1 Antennas
  • Antenna Style Embedded
  • Antenna Type Stamped
  • Band Type Single Band
  • Impedance 50
  • VSWR (Max) <2.5:1
  • Gain (Max) 4.9
  • Frequency Band 4900 – 5875
  • Product Weight .2
  • Polarization Linear
  • Region Global
  • Product Length 10.9982
  • Product Width 4.25
  • Product Height 4.9
  • Application by Region Wi-Fi - Global - 4900 – 5875 MHz
  • Wireless Standard 802.11 a/g/n/ac & Wi-Fi
  • Wireless Application Wi-Fi
  • Packaging Method Tape & Reel