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Our Products
Low latency, high performance

RunEL's DU and RU

The Sparq-2025-DRAN and Sparq-2025-RRH make up the unique Distributed Architecture design for a New Radio (NR, 5gNB) designated  for 5G infrastructure, that fully complies with 3GPP 5G Standards (Rel-15). The Sparq2025P DRAN and RRH are optimized for Ultra Reliable Low Latency Communication (URLLC) and support enhanced Mobile Broadband (eMBB) and Massive Machine type Communication (mMTC). The Sparq-2025-DRAN is based on the RunEL Sparq-2025-2 System on Chip and the Sparq-2025-RRH is based on the RunEL Sparq-2025-3 System on Chip.

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DOWNLOAD THE BROCHURE

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First in the Market

The first ever technology to use RunEL's Distributed Architecture.

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Include PHY (Physical Layer)

Includes 5G PHY (Layer 1) with PHY split (option 7. x).

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Optimized for URLLC

Including “Sparq Minislots“, Hardware based MAC, Cell-less instantaneous handoffs and integrated mobile edge computing (“I-MEC”).

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5G 3GPP Compliant

Designed for 5G infrastructure that fully complies with the 3GPP Standard.

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Multiple Beam Forming

Includes 28GHz or 3.5 GHz multiple beam steerable Beam Forming Antenna

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Broad Coverage

Large coverage area using up to 64 RRHs with one DRAN

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FPGA

Includes FPGA chip based on 16 nano-meter technology.

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Open and Customizable

Includes an open Architecture that enables customization via API

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Indoor/Outdoor Deployment

Flexible deployment models for indoor and outdoor settings

Full Features List

  • Includes PHY, (MAC and RLC Modules from third party are optional)

  • Optional embedded CU with PDPC, SDAP, RRC, Light NgCore, UPF and MEC modules

  • DRAN supports up to 64 RRHs

  • 27.5 to 30GHz  or 3.3 to 3.8 GHz operation (other frequency bands are optional)

  • 4 x 200 MHz channel BW (50 and 100 MHz available as well)

  • 256 element on  28GHz Antenna Array (1 or 4 independent beams)

  • 64 element on 3.5 GHz Antenna Array (up to 4 independent beams)

  • Up to 64 Gbps Capacity for DRAN

  • Up to 4 Gbps Capacity (1 Gbps per beam) for RRH

  • Physical Layer split between DRAN and RRHs connected via fast Ethernet Ring (20 Gbps) or Hub and Stroke (Star) Architecture (4 Gbps)

  • Latency < 0.5 msec'

  • Sub Carrier Spacing- 15, 30, 60, 120, 240 KHz

  • TTI Spacing – from 8.25 to 1000 msec (TTI Spacing depends on Subcarrier-spacing and number of OFDM symbols)

  • FDD and Dynamic TDD Supported

  • CSI-RS, PTRS, DMRS- Supported

  • LDPC (Data Plane) and Polar Codes ( Control Plane) Supported

  • CP-OFDMA implemented in UL and DL and DFT-S-OFDM for UL

  • CoMP- Supported

  • Indoor and Outdoor operation

  • 64 bits DDR4 to FPGA Logic

  • Embedded GPS receiver for outdoor synchronization

  • Battery option for GPS receiver, save RTC when power is off

  • Support IEEE 1588 synchronization 

Download the Brochure

Download Brochure
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