HPE ProCure J9152A Compatible SFP+ 10G LRM Transceiver | 10GBASE‑LRM 1310nm 220m MMF Bulk Wholesale
Product Overview
HYTOPTODEVICE SFP+ 10G LRM transceiver works as drop‑in compatible replacement for H3C SFP‑XG‑LRM‑MM1310, delivering stable 10‑gigabit performance over legacy multimode fiber for H3C enterprise and data‑center switches. It supports OM1‑OM4 multimode fiber with maximum reach of 220 m at 1310 nm wavelength, perfect for campus and data‑center 10G upgrades without replacing existing multimode cabling.
This MSA‑compliant 10GBASE‑LRM SFP+ optical unit adopts FP laser architecture with duplex LC connectors. It meets IEEE 802.3aq, SFF‑8431 and SFF‑8472 industry standards, equipped with DDM real‑time diagnostic capability for fast fiber‑layer fault localization.
Every HYTOPTODEVICE SFP+ 10G LRM transceiver ships pre‑flashed with H3C‑optimized EEPROM profiles, eliminating unsupported‑transceiver alerts and unexpected port shutdown risks. Low‑power design reduces thermal load inside densely populated racks. Ideal for data‑center refresh, campus backbone links and high‑volume purchasing for system integrators and overseas resellers.
Key Technical Specifications
| HPE ProCure Compatible |
J9152A |
Vendor Name |
HYTOPTODEVICE |
| Form Factor |
SFP+ |
Max Data Rate |
10.3125Gbps |
| Wavelength |
1310nm |
Max Distance |
220m@OM3/300m@SMF |
| Connector |
Duplex LC |
Transmitter Type |
1310nm FP |
| Cable Type |
50/125µm@OM3 MMF, 9/125μm@SMF |
Receiver Type |
PIN |
| TX Power |
-6.5~-0.5dBm |
Receiver Sensitivity |
< -10.0dBm |
| Power Consumption |
≤1W |
Receiver Overload |
1.5dBm |
| Protocols |
IEEE 802.3ae, SFF-8472, SFF-8431, SFF-8432, SFP+ MSA Compliant, CPRI, eCPRI |
Operation Temperature |
0 to 70°C (32 to 158°F) |
Usage Guidelines & Best Practices
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Fiber Compatibility: Supports OM1–OM4 multimode and OS2 single-mode fiber (max 220 m). A Mode Conditioning Patch Cord (MCP) is mandatory on the TX port for legacy OM1/OM2 fiber to prevent signal degradation.
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Maintenance & Polarity: Clean LC connectors before insertion to avoid signal loss. Ensure correct polarity—always map the MCP single-mode leg to the TX port.
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Distance & Link Budget: Maximum distance is strictly 220 m across all fiber types. Excessive splices, patch panels, or sharp bends will reduce range.
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Thermal Management: Power consumption is ≤1W , operating standardly at 0°C to 70°C without auxiliary cooling.
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Industrial Grade Option: For outdoor or harsh environments with extreme temperatures, select industrial-grade (-40°C to 85°C) modules.
Full Compatibility List & Supported Network Hardware
1. Supported Hardware & Firmware
HYTOPTODEVICE SFP+ 10G LRM transceiver matches mechanical dimensions and optical performance of original HPE ProCure J9152A. Custom‑calibrated EEPROM suppresses third‑party transceiver warning logs. Each production batch undergoes real‑machine traffic testing on genuine HPE ProCure hardware to avoid signal distortion and unstable link performance.
Validated H3C Platforms:
• HPE ProCure enterprise switch series
• HPE Aruba 5400 / 3800 campus switch series
• HPE data‑center aggregation switch families
• HPE compatible SFP+ server NIC ports
2. Multi-Brand Cross Compatibility
Built upon universal SFP+ MSA specification, HYTOPTODEVICE SFP+ 10G LRM transceiver maintains stable operation across Cisco, Arista, Juniper, Dell, HPE and other mainstream network hardware. Well‑suited for multi‑vendor mixed‑fabric environments, intra‑data‑center short‑reach interconnections and mixed‑fiber cabling renovation projects.
3. Free Value-Added Services
HYTOPTODEVICE offers competitive bulk pricing for resellers, system integrators and data center contractors. We provide free special compatible EEPROM reprogramming for all bulk orders.
Available options include private label printing, custom packaging and deployment consulting. All modules pass optical calibration, temperature cycling and 72-hour full-traffic burn-in. Large-volume orders enjoy tiered discounts to reduce project CAPEX.
Primary Application Scenarios
• Intra‑data‑center links re‑using existing legacy multimode cabling
• Cost‑effective 10G infrastructure upgrade without cable replacement
• Short‑reach 10G uplink connections for aggregation and top‑of‑rack switches inside enterprise premises
• Bulk supply for global optical‑component distributors and system integration partners
• Multi‑vendor hybrid data‑center rack‑to‑rack fiber interconnections
Connectivity Solutions(Applications)
1. 10G to 10G for Switch-Switch Interconnection
Establish low‑latency reliable 10G trunk links between HPE ProCure core and aggregation switches. The 1310 nm FP laser maintains stable signal quality for legacy multimode cabling, supports heavy east‑west data traffic and simplifies dense LC patch‑cord management.
2.10G for Switch-Media Converter
This HPE ProCure‑compatible SFP+ 10G LRM transceiver builds stable short‑haul fiber links between HPE ProCure switches and local optical media converters inside data‑center buildings. It enables 10‑gigabit upgrade for sites with older installed multimode infrastructure.
3.10G for Switch to NIC
Deploy HYTOPTODEVICE SFP+ 10G LRM transceiver on HPE ProCure TOR switches and server SFP+ NICs for rack‑to‑rack interconnection. Compact SFP+ footprint improves port density; low‑power characteristic prevents rack overheating under full‑port populated conditions.
4.10G Structured Cabling Deployment
10GBASE‑LRM design fits perfectly with existing enterprise structured LC fiber infrastructure. Compatible with centralized fiber distribution frames, it supports expandable on‑premises network growth and reserves smooth upgrade paths toward future higher‑speed generations.
The Core Feature
1.10G High-Density & Ultra-Low Power Connectivity
Low‑power high‑density SFP+ 10G LRM transceiver delivers budget‑friendly 10‑gigabit upgrade paths for HPE ProCure‑centered networks. It lets operators reuse existing older multimode cabling for incremental network expansion.
2.Verified Host Interoperability
Each production batch of HYTOPTODEVICE SFP+ 10G LRM module runs physical interoperability tests against HPE switch firmware and other mainstream network operating‑system firmware. Pre‑calibrated EEPROM register data eliminates unauthorized‑transceiver warning logs, delivering consistent plug‑and‑play reliability for bulk‑order clients.
3.Rigorous Testing, Uncompromising Reliability
All SFP+ 10G LRM transceiver units pass fiber‑link simulation, high‑low temperature cycling and 72‑hour full‑rate traffic burn‑in tests. Precision optical‑power calibration optimizes signal performance for legacy multimode media. Built‑in DDM monitoring enables remote early‑fault identification for non‑stop 24/7 intra‑data‑center backbone operation.
FAQ
Q1: What practical value does HYTOPTODEVICE SFP+ 10G LRM module bring to enterprises stuck with aging multimode fiber plant?
A: HYTOPTODEVICE SFP+ 10G LRM module allows enterprises to roll out 10G network links while keeping existing OM1‑OM4 multimode cabling intact. It cuts project expenses for campus and data‑center 10G rollouts without costly cable replacement work.
Q2: What is the laser wavelength used by HYTOPTODEVICE HPE ProCure J9152A compatible SFP+ 10G LRM module?
A: Our HYTOPTODEVICE replacement SFP+ 10G LRM module adopts 1310 nm laser wavelength, complying with official 10GBASE‑LRM standards optimized for multimode fiber 10G transmission.
Q3: In real‑world network deployments, how do SFP+ 10G LRM module and 10GBASE‑SR optics differ from one another?
A: Our HYTOPTODEVICE SFP+ 10G LRM module delivers up to 220 m reach over multimode fiber at 1310 nm, made for longer campus aggregation links. By contrast, 10GBASE‑SR uses 850 nm and is limited to short intra‑rack connections.
Q4: Even with identical 1310 nm wavelength, what key difference separates SFP+ 10G LRM module and 10GBASE‑LR transceivers?
A: HYTOPTODEVICE SFP+ 10G LRM module works exclusively with multimode fiber. 10GBASE‑LR is built for single‑mode fiber only. Same wavelength cannot make them interchangeable across different fiber mediums.
Q5: Why should network architects select SFP+ 10G LRM module over SR‑type optics for campus‑wide 10G modernization initiatives?
A: For campus sites with long legacy multimode cable runs, our HYTOPTODEVICE SFP+ 10G LRM module offers superior transmission distance compared to SR optics. It protects existing cabling investment and avoids expensive cable re‑installation work.
Q6: What role does a mode‑conditioning patch cord play when deploying SFP+ 10G LRM module on older multimode fiber?
A: Mode‑conditioning patch cords adjust laser launch conditions feeding into legacy multimode fiber. When paired with HYTOPTODEVICE SFP+ 10G LRM module, they minimize modal distortion especially for OM1 / OM2 cables running close to the 220‑meter distance ceiling.
Q7: How do compliant SFP+ 10G LRM module products counter DMD‑triggered signal degradation on old multimode links?
A: HYTOPTODEVICE SFP+ 10G LRM module leverages restricted‑mode laser launch technology. This design suppresses differential mode delay (DMD), preserving signal integrity for 10G traffic transmitted over aged multimode fiber infrastructure.
Q8: What level of receiver sensitivity can network operators expect from HYTOPTODEVICE HPE‑compatible SFP+ 10G LRM module under normal operating conditions?
A: Our HYTOPTODEVICE SFP+ 10G LRM module meets 10GBASE‑LRM industry specs with typical ‑12.5 dBm receiver sensitivity, delivering reliable signal reception across all valid multimode link distances within specification.
Q9: How can network engineers accurately work out link‑budget figures for on‑site SFP+ 10G LRM module multimode fiber links?
A: When calculating link budget for HYTOPTODEVICE SFP+ 10G LRM module deployments, subtract fiber attenuation, connector loss and splice loss from total optical power budget. Keep total loss within power margin and never exceed the 220 m maximum reach limit.
Q10: Is it feasible to build a stable 10G link by mixing SFP+ 10G LRM module with 10GBASE‑SR transceiver on opposite link ends?
A: Mixed‑module deployment cannot establish valid 10G connectivity. HYTOPTODEVICE SFP+ 10G LRM module and 10GBASE‑SR use different laser wavelengths and launch profiles. Both ends must use matching 10G LRM transceivers for normal operation.
Q11: Can HYTOPTODEVICE SFP+ 10G LRM module operate normally when inserted into 25G‑capable SFP28 switch ports?
A: The SFP+ form factor physically fits SFP28 slots. Most modern network hardware supports rate fallback down to 10Gbps. Certain HPE switch firmware versions need manual port‑speed configuration; verify firmware behavior before putting into production.
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:
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ISO 9001: Certified quality management and production consistency.
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CE & FCC: Fully compliant for seamless Global Market Access.
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RoHS: Committed to environmental responsibility and hazardous material control.
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Proven Reliability: Rigorous testing to reduce compliance risk and ensure safety.
Certified Quality. Global Standards. Guaranteed Performance.
Rigorous Industrial Product Testing
100% 3rd Party Compatible
Partial Test Demonstration
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