• SFP28 25G ER S0V69A HPE Aruba compatible 40km SMF duplex LC transceiver for global importers distributors
  • 1310nm wavelength 25.78Gbps SFP28 25G ER optical module zero alarm  hpe aruba compatible
  • HYTOPTODEVICE 1310nm wavelength 25.78Gbps SFP28 25G ER optical module zero alarm hpe aruba compatible
  • S0V69A Aruba  SFP28 25G ER finished module sample test supported private label solution
  • SFP28 25G ER S0V69A HPE Aruba compatible 40km SMF duplex LC transceiver for global importers distributors
  • 1310nm wavelength 25.78Gbps SFP28 25G ER optical module zero alarm  hpe aruba compatible
  • HYTOPTODEVICE 1310nm wavelength 25.78Gbps SFP28 25G ER optical module zero alarm hpe aruba compatible
  • S0V69A Aruba  SFP28 25G ER finished module sample test supported private label solution

S0V69A Compatible HPE Aruba SFP28 25G ER Transceiver | 1310nm 40km SMF Bulk Wholesale Supply | HYTOPTODEVICE

Factory wholesale professional S0V69A HPE Aruba compatible SFP28 25G ER transceiver, 1310nm wavelength, 25.78Gbps transmission rate, delivering 40km SMF long-distance transmission via duplex LC interface. 100% matched with HPE Aruba hardware to sustain zero alarm running status, preloaded custom EEPROM firmware and built-in complete DDM/DOM monitoring. Sample test support and private label service are available, serving as stable optical layer supply solution for global importers and distributors.
NO. Brand  Compatible P/N Remarks
1 Cisco  SFP-25G-ER40-S 
2 Arista Networks  SFP-25G-ER40
3 Brocade  25G-SFP28-ER40
4 HPE Aruba  S0V69A
5 Juniper   25GBASE-ER
6 Dell  25GBASE-ER
Description
S0V69A  Compatible HPE Aruba SFP28 25G ER Transceiver | 1310nm 40km SMF Duplex LC 25.78Gbps | HYTOPTODEVICE

Product Overview

HYTOPTODEVICE S0V69A is fully HPE Aruba-compatible SFP28 25G ER long reach transceiver, strictly aligned with official HPE Aruba S0V69A technical standards, compliant with IEEE 25GBASE-ER and SFP28 MSA SFF-8472 specifications.
Equipped with industrial-grade 1310nm EML laser and APD receiving chip, it delivers stable 25.78Gbps signal transmission up to 40km over G.652/G.657 single mode fiber, designed for cross-city metro backbone and long-distance inter-data center fiber links.
Compact low-power SFP28 form factor supports high-density port deployment on HPE Aruba SFP28 switches, integrated complete DDM/DOM circuit to realize real-time continuous monitoring of internal optical parameters.
Pre-flashed write-protected HPE Aruba exclusive custom EEPROM firmware, enabling zero alarm plug-and-play operation without port lockdown on all mainstream HPE Aruba SFP28 hardware series running AOS-CX / AOS-S firmware.
Adapted for global importers and distributors long-term stable supply, sample test support and private label customization are accessible. We provide standardized optical layer transmission solutions for metro and data center network construction.
Key Technical Specifications

Built to the highest industry standards, every single SFP28 25G ER transceiver undergoes a comprehensive 100% inspection and rigorous performance testing before shipment. Engineered for mission-critical, long-reach networks requiring up to 40km transmission, the specifications below detail the precise optical and electrical parameters that guarantee our uncompromising commitment to quality, compatibility, and zero-failure reliability:
HPE Aruba Compatible   S0V69A Vendor Name HYTOPTODEVICE
Form Factor SFP28 Max Data Rate 25Gbps
Wavelength 1310nm Max  Distance 40km
Connector Duplex LC Transmitter Type EML
Cable Type SMF Receiver Type APD
TX Power 0~+6dBm Receiver Sensitivity < -19dBm
Max. Power Consumption ≤2W DOM/DDM   Fully Supported
Protocols MSA Compliant, SFF-8431, SFF-8432, SFF-8472, CPRI, eCPRI Operation Temperature 0 to 70°C (32 to 158°F)


Usage Guidelines & Best Practices

Standardized maintenance stabilizes SFP28 25G ER long-reach fiber links, reduces module failure rates, and simplifies long-term network operation and management for importers and distributors.

1. Anti-Static (ESD) Protection

The transceiver’s long-distance laser diode and PCB circuits are highly sensitive to static electricity. Always wear a certified ESD anti-static wrist strap during installation, replacement, and maintenance work inside switch racks to prevent electrostatic discharge damage and preserve module performance.

2. Strict Rx Power Control & Attenuator Usage (Critical for APD)

This module utilizes a high-sensitivity APD receiver. Direct short-distance connection without attenuation will permanently damage the APD component. * For transmission distances under 25 km (including lab environments), a matching optical attenuator (typically 5dB to 15dB) must be installed at the Rx port.

  • Always measure the incoming light with an optical power meter before connection; ensure the received optical power is strictly below -5dBm

3. Optical Port & Fiber End-Face Cleaning

Dust and oil contamination are the leading causes of unstable 25G links and high bit error rates. Keep dust caps on all idle ports, and always clean LC/UPC fiber end-faces with a professional fiber cleaning pen before docking to ensure optimal optical transmission.

4. Mandatory RS-FEC Port Configuration

RS-FEC (Forward Error Correction) is essential for stable 25G long-distance transmission. Users must explicitly enable RS-FEC (IEEE 802.3by Clause 91) on the host switch ports at both ends of the link. Failure to enable FEC may result in excessive CRC errors or failure to establish a link.

5. Optical Fiber & Connector Compatibility

This SFP28 25G ER transceiver exclusively supports G.652 or G.657 Single-Mode Fiber (SMF). Multimode fiber (OM3/OM4) will cause severe signal attenuation and link failure. Furthermore, the physical optical interface only accepts standard LC/UPC (blue) connectors; LC/APC (green) angled polished connectors are incompatible and will cause permanent interface damage.

6. Hot-Swap Operation Discipline

The module supports MSA-compliant hot-swapping for seamless plug-and-play operation. However, it is highly recommended to administrative shutdown the port via CLI before removing the module. Avoid frequent, rapid plugging and unplugging to prevent gold-finger wear and host slot fatigue.

7. Laser Safety Compliance

This product is certified as a Class 1 Laser Product. When the module is powered on and operational, never look directly into the optical ports or the connected fiber end-faces with the naked eye or unapproved optical instruments to avoid irreversible laser radiation damage to eyesight.


Full Compatibility List & Supported Devices


All HYTOPTODEVICE SFP28 25G ER modules pass real-machine compatibility verification on HPE Aruba equipment, stable continuous supply for global importers and distributors long-term cooperative cooperation.

1. Supported HPE Aruba Hardware & Firmware Versions

Fully compatible with mainstream AOS-CX and AOS-S operating firmware, EEPROM write protection prevents transceiver identification failure triggered by system version upgrades.
  • Data Center Core Switches: Aruba 6300, 8325, 9300 series SFP28 high-density switches
  • Enterprise Campus Aggregation Switches: Aruba 5420, 6000, 6100, 6200 series multi-gigabit switches with native SFP28 ports
  • Metro WAN Routers: HPE Aruba high-speed fiber uplink routing hardware
  • Auxiliary Network Devices: 25G server HBA, storage NIC, SFP28 single mode media converter

2. Cross-Brand Compatibility

Universal SFP28 25G ER long reach hardware architecture supports mixed-vendor network deployment for multi-brand network project supply:
  • Open standard equipment: Direct plug-and-play for MikroTik, TP-Link, Fortinet without secondary EEPROM rewriting
  • Locked-brand equipment: Support free custom EEPROM coding for Arista, Juniper, H3C, Huawei, Brocade, NVIDIA Mellanox to eliminate unsupported transceiver alarm prompts

3. Exclusive Bulk Procurement Service

One-stop standardized supply solution for global importers and distributors with long-term stable cooperation demands:
  1. Exclusive HPE Aruba matching custom EEPROM calibration for all cooperative partners, no extra coding procedure charge
  2. Continuous sufficient finished goods inventory to support rapid sample test delivery for new cooperation evaluation
  3. Custom private label printing, exclusive packaging and parameter fine-tuning services to meet differentiated regional market supply demands
  4. Stable long-term cooperative supply terms, flexible small batch trial shipment support for new distributors and importers


Primary Application Scenarios

Our HPE Aruba compatible SFP28 25G ER long reach transceiver acts as reliable alternative to original HPE Aruba S0V69A hardware, widely adopted by global importers and distributors to supply metro and data center network construction projects.
  1. Cross-city metro backbone long-distance uplink: Standardized module supply for industrial park and operator fiber network reconstruction projects, stable continuous supply for post-project daily network maintenance.
  2. Inter-data center long-span backbone interconnection: Long-term stable supply cooperation for multi-campus enterprise 40km fiber interconnection links, reduce repeated technical consultation and sample demand.
  3. Enterprise core WAN backbone uplink: Standardized long reach optical module supply for enterprise IT daily network operation and maintenance equipment matching.
  4. 100G QSFP28 breakout 4×25G long-distance fiber networking: Unified specification module supply for large-scale new data center construction projects, convenient unified network equipment matching for operation teams.
  5. Distributor & importer standardized product line supplement: Continuous finished goods output to enrich partner optical module product portfolio, fast response to regional network equipment matching demand.

Connectivity Solutions(Applications)

This SFP28 25G ER transceiver provides economical ultra-long-distance 25G fiber transmission solutions for all HPE Aruba metro and data center network construction projects, matching global importers and distributors standardized product supply layout.

1. 25G 40km Long-Distance Switch-to-Switch Interconnection Solution

Deploy paired S0V69A modules to build stable full-duplex 40km fiber links between HPE Aruba core and aggregation metro switches. Enable RS-FEC to strengthen link robustness, suitable for unified standardized product supply during cross-city fiber backbone renovation projects.
hytoptodevice sfp28 25g er optical transceiver switch to switch link

2.25G Switch-to-Server Long-Range Access

Match HPE Aruba SFP28 switch ports with 25G server and storage HBA adapters. Reliable high-margin single mode transmission reduces equipment abnormal failure probability, convenient for server room long-term stable network operation matching.
hytoptodevice third-party compatible sfp28 25g er optical transceiver module link


The Core Features

1.  Leading 25G Performance & Superior Build Quality

Our SFP28 25G ER optical transceiver adopts authentic Macom core chips to deliver steady high-speed signal transmission while maintaining ultra-low power consumption on all 25G fiber links. Each module adopts exclusive customized BOX packaging design to stabilize internal optical components and strengthen long-term operational stability.

SFP28 25G ER hpe aruba transceiver equipped with Macom core chip, customized BOX packaging for stable 25G high-speed low-power transmission

2.  Optimized 25G Connectivity Solutions For Modern Data Center Deployment

This SFP28 form factor optical module integrates low power draw, compact high-density layout and full 25G high-speed transmission capacity. It serves as a mature, widely adopted hardware solution to support seamless network upgrade and rapid rollout of 25G fiber interconnections within data center facilities.
High-density low-power SFP28 25G ER long reach module, ideal for fast 25G network upgrade in hpe aruba data center infrastructure

3. Full Host Device Verification Delivers Stable Cross-Platform Interoperability

Every finished SFP28 25G ER unit undergoes complete compatibility verification on designated host switch hardware matching HPE Aruba operating systems. Full traffic and identity authentication testing eliminates abnormal recognition failures, enabling consistent flawless link performance in formal network environments.
SFP28 25G ER hpe aruba compatible module undergoing real switch compatibility traffic testing for zero alarm interoperability

4. Comprehensive Testing Ensures Long-term Operational Reliability

All transceivers pass a complete strict inspection workflow supported by professional precision testing equipment. Systematic optical parameter calibration, environmental aging and stability screening remove defective units, ensuring every delivered optical module maintains premium quality and long-term dependable operation.
Factory standardized comprehensive optical performance testing workflow for SFP28 25G ER transceivers to guarantee consistent hardware reliability


FAQ

Q1: Can SFP28 25G ER hardware be deployed on 5km to 10km short fiber layouts for partner network supply solutions?
A1: Short-distance deployment is feasible with matched signal attenuation accessories. After receiving our SFP28 25G ER modules, field staff can read real-time Rx power figures via built-in DDM monitoring, then install inline fixed attenuators to adjust optical signals to the secure -10dBm ~ -15dBm working range for steady short-link operation.

Q2: Why chromatic dispersion creates more severe signal interference on 25G ER hardware compared with 10G ER optical hardware for long-distance fiber layouts?
A2: 25G high-speed transmission generates narrower light pulse waveforms. After 40km fiber transmission, chromatic dispersion stretches pulse signals and triggers overlapping distortion, which pushes up bit error rates sharply. Our factory SFP28 25G ER adopts premium EML laser chips to suppress dispersion distortion and maintain stable long-range signal transmission.

Q3: Can distributors adopt breakout cables to split a single 100G ER4 port into four independent 40km 25G ER transmission channels for metro backbone supply projects?
A3: Such breakout interconnection cannot be realized for network deployment. 100G ER4 hardware relies on four exclusive LAN-WDM multiplexed wavelengths on one fiber pair, while our standard SFP28 25G ER only runs on a single fixed 1310nm optical channel; the two optical structures cannot match through breakout wiring.

Q4: Is there unified industry color marking standard for the pull tab latch of SFP28 25G ER long-reach optical modules?
A4: Different manufacturers adopt inconsistent pull tab color schemes, yet the general industry unified standard marks ER extended-reach hardware with red or orange latches, which can be easily distinguished from blue pull tabs equipped on medium-reach LR optical modules for quick on-site identification.

Q5: Are SFP28 25G ER optical modules applicable for 5G fronthaul and backhaul network construction supplied to telecom partners?
A5: This hardware series is widely adopted for long-distance interconnection between RRH remote radio units and BBU baseband equipment in 5G telecom networks. Industrial I-Temp grade variants are required to resist drastic temperature fluctuations inside outdoor equipment cabinets for stable long-term telecom operation.

Q6: Will massive fiber splicing joints distributed along 40km metro fiber routes consume the optical budget of supplied SFP28 25G ER modules and weaken long-distance transmission stability?
A6: Each fusion splice brings 0.1dB insertion loss, while mechanical splices create attenuation above 0.5dB. Dozens of legacy splicing points on a 40km fiber line will accumulate excessive total loss that exceeds the 15dB overall optical margin of our SFP28 25G ER hardware, breaking continuous steady long-range signal transmission.

Q7: Will rainy weather or temperature changes damage 40km fiber links deployed with SFP28 25G ER transceivers for metro network supply?
A7: The optical module itself will not be affected by rainfall, yet temperature expansion and contraction apply physical tension to aerial fiber cables and slightly raise overall link attenuation. Network layout design should reserve an extra 2–3dB safety margin within the total optical budget to offset environmental signal loss fluctuations.

Q8: Why do fiber links built with SFP28 25G ER modules run stably for a short period then cut off completely during network operation?
A8: This fault phenomenon is typical thermal runaway failure. Continuous operation gradually raises the internal temperature of ER hardware; insufficient switch heat dissipation will lead to laser frequency drift or automatic safety shutdown. Check the switch internal fan working status and ambient operating temperature to avoid recurring link dropouts.

Q9: Are third-party SFP28 25G ER optical modules trustworthy for long-term hardware supply cooperation with global importers and distributors?
A9: Reliable stable supply cooperation is available when partnering with top-tier optical manufacturers like our factory. Our SFP28 25G ER adopts high-grade Macom optoelectronic chips and undergoes full cross-brand compatibility aging testing, delivering consistent performance equivalent to official OEM hardware for all network deployment scenarios.

Q10: What standard MTBF service lifespan can partners expect from supplied SFP28 25G ER long-reach optical modules?
A10: The standard MTBF value of our commercial-grade SFP28 25G ER reaches around 1,000,000 hours. Continuous long-term operation close to the 70℃ upper temperature limit will greatly shorten the effective service lifespan and raise hardware replacement frequency for network operation teams.

Q11: Do SFP28 25G ER transceivers require special thickened patch cords for 40km long-distance fiber layout supply?
A11: No customized special jumpers are necessary. Our SFP28 25G ER fully matches standard yellow OS2 single-mode duplex LC patch cables. All long-distance transmission performance differences are determined by internal optical components inside the transceiver, not external fiber wiring.

Q12: What configuration suggestions can stabilize link negotiation for bulk-supplied SFP28 25G ER long-haul optical modules?
A12: For all 40km long-distance fiber circuits, network engineers are advised to disable auto-negotiation functions and manually lock port transmission speed to fixed 25G mode. This operation eliminates unstable handshake faults during initial link establishment for long-range metro backbone layouts.

Why Network Engineers Choose HYTOPTODEVICE

HYTOPTODEVICE has supplied over 5000,000 optical transceiver modules to data centers, ISPs, and enterprise networks across 100+ countries since 2011. Every module undergoes a 72-hour burn-in test and full DDM/DOM validation before shipment.

  • Up to 70% cost savings vs OEM, transparent pricing & flexible bulk rates, supported quality returns
  • 100% real-device compatible with Cisco, Huawei,Dell,Juniper, and Arista
  • ISO 9001:2015 Shenzhen factory, full lineup: 1.25G/10G/25G/40G/100G/200G/400G/800G/1.6T transceivers
  • Ample stock, fast global DHL/FedEx shipping in 3–5 working days
  • Free pre-sales engineering support for custom EEPROM  & private label firmware
  • Real switch test videos available for pre-purchase review; inspection & shipping videos provided per order 


“Phenomenal performance. We deployed 200 HYTOPTODEVICE SFP modules to replace Cisco OEMs in our backbone network. Result? Zero compatibility issues and a 60% reduction in costs. Highly recommended for mission-critical networks."— Senior Network Engineer, Regional Telecom, Australia


Quality Certification & Compliance

 At HYTOPTODEVICE, our quality commitment is backed by industry-standard validations. From fiber optical transceiver manufacturing to final visual inspection, from IQC、IPQC、FQC to OQC, our processes ensure global compliance and reliability.

We adhere to rigorous standards for our SFP modules and network solutions:

  • ISO 9001: Certified quality management and production consistency.

  • CE & FCC: Fully compliant for seamless Global Market Access.

  • RoHS: Committed to environmental responsibility and hazardous material control.

  • Proven Reliability: Rigorous testing to reduce compliance risk and ensure safety.

Certified Quality. Global Standards. Guaranteed Performance.


hytoptodevice 10g sfp+ bidi transceiver testing certification

Rigorous Industrial Product Testing

   hytoptodevice check device and equiptment for optical transceiver module

100% 3rd Party Compatible
testing device for hytoptodevice 10g sfp+ bidi optical module
Partial Test Demonstration
hytoptodevice testing devices for compatibility of sfp+ bidi 10g optical module

Others
application chart for hytoptodevice compatible optical modulehytoptodevice 10g bidi sfp+ 60km module for product chart

 



 

 

 

  • SFP28 25G ER S0V69A HPE Aruba compatible 40km SMF duplex LC transceiver for global importers distributors
  • 1310nm wavelength 25.78Gbps SFP28 25G ER optical module zero alarm  hpe aruba compatible
  • HYTOPTODEVICE 1310nm wavelength 25.78Gbps SFP28 25G ER optical module zero alarm hpe aruba compatible
  • S0V69A Aruba  SFP28 25G ER finished module sample test supported private label solution

Interested in? or Meet any problem?

Enter your contact info, our professional consultant will reach out within 24 hours
FirstName *
LastName *
Email *
Company registered country/region *
Tel/WhatsApp *
Details *

Download

{ "@context": "https://schema.org", "@type": "FAQPage", "mainEntity": [ { "@type": "Question", "name": "Are HYTOPTODEVICE transceivers compatible with Cisco switches?", "acceptedAnswer": { "@type": "Answer", "text": "Yes. HYTOPTODEVICE optical transceivers are third-party compatible modules tested against Cisco IOS-XE, NX-OS, and IOS-XR firmware. Over 200 SKUs have been validated against Cisco Catalyst, Nexus, and ASR platforms using EEPROM programming that matches Cisco OEM identifiers." } } ] }