TAB85 Pro 5G Tablet for EU Marketing

TAB85 Pro 5G tablet

Android 13 GMS
Qualcomm® QCM6490 1*A78 2.7GHz+3*A78 2.4GHz+4*A55 1.9GHz
Capacitive,10-Point Touchscreen, Glove/Wet Finger Supported
8GB +128GB
u-blox M8/ ext. GPS antenna connector
8″ IPS HD 800*1200 700 Nits

5G NR Frequency Bands: N1 / N3 / N7 / N8 / N28 / N38 / N41 / N77 / N78 / N79

These bands are allocated for 5G New Radio (NR) and play a vital role in delivering 5G services globally, spanning low-band, mid-band, and high-band spectrums.

1. Low-Band (<1 GHz)

Low-band frequencies provide extensive coverage and strong indoor penetration, making them ideal for rural areas and IoT applications.

1. N8 (900 MHz)

   • Frequency Range: 880–960 MHz
   • Duplex Mode: FDD (Frequency Division Duplex)
   • Use Case: Long-range coverage in rural areas; good for penetrating buildings.
   • Example Deployment: Widely used in Europe and parts of Asia.

2. N28 (700 MHz)

   • Frequency Range: 703–803 MHz
   • Duplex Mode: FDD
   • Use Case: Wide-area coverage and deep indoor penetration; great for IoT and remote deployments.
   • Example Deployment: Used in Asia, Europe, and Oceania.

2. Mid-Band (1–6 GHz)

Mid-band frequencies offer a balance of speed and coverage, making them suitable for urban and suburban areas.

3. N1 (2100 MHz)

   • Frequency Range: 1920–2170 MHz
   • Duplex Mode: FDD
   • Use Case: Refarmed LTE band; provides a mix of coverage and capacity.

4. N3 (1800 MHz)

   • Frequency Range: 1710–1880 MHz
   • Duplex Mode: FDD
   • Use Case: Also refarmed from LTE; popular in Europe and Asia for 5G.

5. N7 (2600 MHz)

   • Frequency Range: 2620–2690 MHz
   • Duplex Mode: FDD
   • Use Case: High capacity for urban areas with moderate coverage.

6. N38 (2600 MHz TDD)

   • Frequency Range: 2570–2620 MHz
   • Duplex Mode: TDD (Time Division Duplex)
   • Use Case: Urban-focused deployments to boost capacity.

7. N41 (2500 MHz TDD)

   • Frequency Range: 2496–2690 MHz
   • Duplex Mode: TDD
   • Use Case: High-capacity mid-band; extensively deployed in the US, China, and Japan.

8. N77 (3300–4200 MHz)

   • Frequency Range: 3300–4200 MHz
   • Duplex Mode: TDD
   • Use Case: Global “C-band” spectrum; provides excellent speed and capacity.

9. N78 (3300–3800 MHz)

   • Frequency Range: 3300–3800 MHz
   • Duplex Mode: TDD
   • Use Case: A subset of N77, widely used for urban and suburban 5G.

10. N79 (4400–5000 MHz)

    • Frequency Range: 4400–5000 MHz

    • In the European Union (EU), 5G-NR bands N1, N3, N7, N8, N28, N38, N41, N77, N78, and N79 are used to support a wide range of 5G services, from extensive rural coverage to high-speed urban deployments. Here’s an overview of these bands in the EU context:

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      Band Utilization in the EU

      Band	Frequency Range (MHz)	Category	Use Case
      N1	1920–2170	Mid-Band	Urban/suburban coverage (refarmed from 3G).
      N3	1710–1880	Mid-Band	Balanced coverage and capacity.
      N7	2620–2690	Mid-Band	High-capacity urban areas.
      N8	880–960	Low-Band	Rural coverage and indoor penetration.
      N28	703–803	Low-Band	Wide-area rural coverage; IoT connectivity.
      N38	2570–2620	Mid-Band	Urban capacity enhancement.
      N41	2496–2690	Mid-Band	Some urban high-capacity deployments.
      N77	3300–4200	Mid-Band	C-band; key for European 5G networks.
      N78	3300–3800	Mid-Band	Most widely deployed C-band frequency.
      N79	4400–5000	High-Band	Limited adoption for high-capacity 5G.

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      Carrier Strategies in the EU

      • Low-Band (N8, N28):
        These bands are widely used for extending 5G coverage into rural areas and improving indoor reception.

      • Mid-Band (N1, N3, N7, N38, N41, N77, N78):

        • The C-band (N77/N78) is a key focus for European operators, offering an excellent balance of speed and range in urban and suburban areas.
        • Bands like N3 and N7 are often refarmed from LTE for additional capacity.

      • High-Band (N79):
        Adoption is limited in Europe but may grow as demand for ultra-high-speed 5G increases in dense urban areasDuplex Mode: TDD

         
    • Use Case: High-speed deployments in densely populated areas; shorter range compared to N77/N78.

11. Deployment Examples

    • Germany: Deutsche Telekom, Vodafone, and Telefónica focus heavily on N78 for urban and suburban 5G.
    • UK: Operators like EE and Vodafone also leverage N78, along with N28 for nationwide coverage.
    • France: Orange and Bouygues Telecom use N78 as the backbone of their 5G networks.

    If you’d like details about a specific EU country or carrier, let me know!