Balong 5000
Multi-mode 5G modem supporting SA/NSA dual-mode with up to 6.5 Gbps download, integrated in Kirin 9000 and available...
Product Overview
Description
The Balong 5000 is HiSilicon's first-generation 5G modem, offering comprehensive 5G capabilities for premium mobile devices. With support for all major 5G bands and dual-mode operation, it enables worldwide 5G deployment.
Product Series
Balong
Primary Application
5G smartphones
Key Features
- 6.5 Gbps peak download speed
- SA/NSA dual-mode 5G
- Global 5G band support
- Multi-mode fallback
- Carrier aggregation
- Low power consumption
Specifications
| Technology | 5G NR, LTE, 3G, 2G |
|---|---|
| 5G Modes | SA/NSA dual-mode |
| 5G Bands | n1, n3, n28, n41, n77, n78, n79 |
| Data Rate | 6.5 Gbps DL / 3.5 Gbps UL |
| LTE | Cat 20, up to 2 Gbps |
| Power | 500-800mW active |
| Interface | Integrated or PCIe/USB |
| Carrier Agg | Up to 7CA in LTE |
| MIMO | 4x4 MIMO support |
| Form Factor | Integrated or discrete chip |
Applications
5G smartphones
Electronic system design
5G tablets
Electronic system design
Mobile hotspots
Electronic system design
5G CPE devices
Electronic system design
FAE Expert Insights
"In my experience working with customers, The Balong 5000 was one of the first commercially available 5G modems, and it remains a solid choice for 5G device development. The integrated version in Kirin 9000 is particularly impressive - the power efficiency is noticeably better than discrete modem solutions I've worked with. The global band support means one SKU can work worldwide, simplifying logistics. I've helped customers deploy devices on major carriers in North America, Europe, and Asia without issues. The SA/NSA dual-mode is essential as carriers transition to standalone 5G. For new designs, consider the newer Balong modems, but the 5000 remains a proven, cost-effective option."
Proven 5G modem with global band support and excellent power efficiency
— Kevin Zhang, BeiLuo
Frequently Asked Questions
What is the real-world 5G speed of Balong 5000?
Real-world 5G speeds with Balong 5000 depend on network conditions: Optimal conditions - 1-2 Gbps download near cell towers; Good coverage - 200-500 Mbps typical in urban areas; Indoor/edge - 50-100 Mbps at cell edges; Upload speeds - typically 20-100 Mbps. The 6.5 Gbps peak is achieved only in ideal lab conditions with maximum carrier aggregation. Latency in 5G SA mode is typically 10-20ms, significantly better than LTE's 30-50ms. Network congestion, signal strength, and carrier configuration all affect actual speeds. The modem supports carrier aggregation to maximize available bandwidth.
Expect 200-500 Mbps typical speeds in good 5G coverage - more than adequate for any mobile application.
Does Balong 5000 support mmWave 5G?
The Balong 5000 primarily supports sub-6GHz 5G bands (n1, n3, n28, n41, n77, n78, n79) which provide the best coverage and building penetration. Sub-6GHz is the dominant 5G technology globally, used by carriers in Europe, Asia, and most of North America. mmWave support (n257, n260, n261) is available in select variants for markets like the US where mmWave is deployed. mmWave offers higher speeds but limited range and poor indoor coverage. For most applications, sub-6GHz provides the optimal balance of speed and coverage.
Sub-6GHz Balong 5000 is suitable for global deployment; select mmWave variants only if specifically required.
How does the integrated vs. discrete Balong 5000 compare?
Integrated (in Kirin 9000) and discrete Balong 5000 offer the same core 5G capabilities but different integration options: Integrated advantages - lower power (shared power management), smaller PCB area, lower BOM cost, better thermal management. Discrete advantages - works with any application processor, upgrade path without changing AP, flexible placement on PCB. Performance is identical - same modem IP, same RF capabilities, same data rates. Power consumption is 20-30% lower in integrated configuration due to optimized power management.
Use integrated for smartphones and tablets; use discrete for IoT, industrial, and multi-AP applications.
What is the power consumption during different 5G operations?
Balong 5000 power consumption varies by operation: High-speed download - 700-800mW during 1+ Gbps transfers; Typical browsing - 400-500mW for web and social media; Video streaming - 500-600mW for HD video; Voice over 5G - 200-300mW; Idle connected - 20-30mW in power save mode; Sleep - <1mW. The integrated version in Kiron 9000 achieves 20-30% lower power due to shared power management. Advanced power saving features include adaptive power control based on throughput needs and intelligent sleep modes during inactivity.
The Balong 5000 power consumption is competitive with other 5G modems and enables good battery life.
What carriers and regions is Balong 5000 certified for?
Balong 5000 has extensive carrier certifications: North America - FCC, PTCRB, Verizon, AT&T, T-Mobile; Europe - CE marking, major carriers (Vodafone, Deutsche Telekom, Orange); Asia - CCC (China), TELEC (Japan), KC (Korea), NCC (Taiwan); Global - GCF certification for worldwide compatibility. The modem supports all major 5G bands used globally, enabling a single SKU for worldwide deployment. For specific carrier certification status and band support, contact BeiLuo to verify current certifications as they are regularly updated.
Balong 5000 is ready for global deployment on major carrier networks.