Brocade 10G-SFPP-BXD-40K Compatible BiDi 10G SFP+ Transceiver 10GBASE-BX40-D (SMF, 1330nm-TX/1270nm-RX, 40km, Simplex LC, DDM)
Product Overview
Our HYTOPTODEVICE Brocade 10G-SFPP-BXD-40K Compatible BiDi 10G SFP+ Transceiver is a long-range 10GBASE-BX40 uplink transceiver, built for 40km point-to-point transmission over single strand OS2 single mode fiber.
• Wavelength: Tx1330nm/Rx1270nm (Match Brocade 10G-SFPP-BXU-40K standard BiDi pairing)
• Interface: Standard LC simplex connector
• Transmission Distance: Stable 40km @10Gbps SMF OS2
Compliant with Hot-Pluggable SFP+ MSA, SFF-8472,SFP-8431, IEEE 802.3ae and RoHS standards and fully DDM/DOM support, Delivering high-speed performance with optimized power efficiency, this DDM supported BiDi 10G SFP+ transceiver is the ideal solution for cross-campus backbones, metropolitan area network (MAN) rings, and long-range data center interconnects (DCI). We support samples, bulk wholesale and OEM private labeling, submit bulk inquiry or RFQ for competitive pricing and long-term supply contracts.
Key Technical Specifications
Our BiDi 10G SFP+ Transceiver is factory-calibrated and fully tested for optical stability, low bit error rate and consistent interoperability. Adopting high-quality DFB laser and PIN receiver chips, it supports real-time DDM monitoring and safe hot-swappable operation. Below full parameter table matches Brocade 10G-SFPP-BXD-40K industrial BiDi standard, zero compatibility risks after switch firmware upgrades.
| Brocade compatible |
10G-SFPP-BXD-40K |
Vendor Name |
HYTOPTODEVICE |
| Form Factor |
SFP+ |
Max Data Rate |
10.7Gbps |
| Wavelength |
TX1330nm/RX1270nm |
Max Distance |
40km |
| Connector |
Simplex LC |
Transmitter Type |
1330nm DFB |
| Cable Type |
SMF |
Receiver Type |
PIN |
| TX Power |
-1.0~+5dBm |
Receiver Sensitivity |
< -15dBm |
| Max. Power Consumption |
≤1W |
DOM/DDM |
Fully Supported |
| Protocols |
SFP+ MSA, SFF-8472, IEEE 802.3ae, RoHS Compliant |
Operation Temperature |
0 to 70°C (32 to 158°F) |
Pairing Guidance
Single-strand BiDi optical transmission relies on reverse wavelength pairing to achieve bidirectional data exchange, and this BiDi 10G SFP+ Transceiver strictly follows Brocade pairing protocols. The HYTOPTODEVICE Brocade 10G-SFPP-BXD-40K module (TX1330nm/RX1270nm) must be paired with 10G-SFPP-BXU-40K (TX1270nm/RX1330nm) to establish a valid 40km 10G fiber link. Deploying two identical BXD-40K modules will result in complete link failure. To eliminate on-site configuration errors, HYTOPTODEVICE provides pre-tested, factory-matched module pairs for all bulk orders of this BiDi 10G SFP+ Transceiver.
The Required Matched Pairs here: 10G SFP+ BiDi Tx 1270nm / Rx 1330nm 40km module
Full Compatibility List & Supported Network Hardware
1.Brocade Native Compatibility
This HYTOPTODEVICE BiDi 10G SFP+ Transceiver realizes zero-configuration plug-and-play operation on mainstream Brocade network devices, requiring no manual CLI setup or firmware upgrades and fully matching 10G-SFPP-BXU-40K official specifications. Verified compatible Brocade device models are listed below:
1. Brocade ICX Series Enterprise Switches
ICX 6430, ICX 6450, ICX 6610, ICX 6650, ICX 7150, ICX 7250, ICX 7450 10G uplink switches
2. Brocade VDX Series Data Center Switches
VDX 6710, VDX 6720, VDX 6730, VDX 6740 high-density 10G core switching platforms
3. Brocade FAS Series Storage & Network Gateways
FAS series network storage gateway devices supporting SFP+ 10G fiber expansion ports
4. Brocade MLX Series Core Routers
MLX-8, MLX-16, MLX-32 enterprise core router platforms with 10G SFP+ interface slots
2.Multi-Brand Cross Compatibility
Built to universal SFP+ MSA standards, HYTOPTODEVICE’s Brocade-compatible BiDi 10G SFP+ 40KM Transceiver unlocks OEM vendor lock-in for hybrid multi-vendor metro networks.
- Open-Brand (Plug-and-Play): Fortinet, Ubiquiti, MikroTik, D-Link, Zyxel and other open switches
- Locked-Brand (Custom Coding): Cisco, H3C, Huawei, Dell, Juniper and more, fully compatible with latest Brocade OS firmware
3.Free Custom EEPROM Re-Flash Service
Complimentary permanent EEPROM rewrite for all bulk orders of SFP+ 10G BiDi 40KM Transceiver. Upgrade Brocade OS or migrate modules to other brand racks; our team re-codes firmware free of charge to maintain stable 40km single-fiber bidirectional links for evolving multi-vendor metro architectures.
Primary Application Scenarios
Versatile commercial BiDi 10G SFP+ Transceiver optimized for cost-saving single-fiber 10G long-range networking across enterprise, campus and ISP scenarios.
1. Brocade switch long-distance 10G uplink deployment, saving fiber core resources with single-strand BiDi 10G SFP+ Transceiver
2. Cross-building enterprise campus 40km 10G interconnection using high-stability BiDi 10G SFP+ transceiver
3. Commercial outdoor cabinet long-range 10G signal transmission with reliable BiDi 10G SFP+ Transceiver
4. ISP last-mile broadband access and remote base station 10G networking with cost-effective BiDi 10G SFP+ optic
5. Enterprise 10G structured cabling optimization, lowering project construction costs via single-fiber BiDi 10G SFP+ Transceiver deployment
Connectivity Solutions(Applications)
1.Switch-to-Switch 10G BiDi Single Fiber Uplink
Deploy paired BiDi transceivers between core and aggregation switches for single-fiber 10G uplinks, saving fiber resources for campus expansion and datacenter stacking projects.
2.Switch-to-10G SFP+ NIC Server Long Distance Link
Create single-fiber high-speed links between core switches and server NICs, eliminating gigabit bandwidth bottlenecks for cloud storage and high-performance workstations.
3.Enterprise 10G Single Fiber Structured Cabling System Layout
Perfectly matched with OS2 simplex single-mode structured cabling, realizing end-to-end 10G transmission across access, aggregation and core layers for office parks and commercial buildings.
Features | Maximized Fiber Utilization
Maximize Fiber Efficiency in Metro Networks with BiDi 10G SFP+ Transceiver
This Brocade compatible BiDi 10G SFP+ Transceiver achieves bidirectional 10G transmission via a single fiber strand. Replacing traditional dual-fiber cabling layouts, it significantly boosts existing fiber utilization, saves 50% physical fiber resources, and delivers cost-efficient stable 40km long-reach links for layered Brocade metro core-to-access network construction. Compact SFP+ form factor, low power consumption and hot-swappable design simplify field deployment and lower long-term cabinet OPEX.
FAQ
Q1: How to simplify port documentation for BiDi transceivers in high-density patch panel deployments?
A: Traditional dual-fiber network labeling and archiving standards cannot adapt to the single-port transceive wavelength switching design of BiDi modules, easily leading to confusing and disordered cabinet asset records. HYTOPTODEVICE uniquely marked BiDi 10G SFP+ Transceiver supports customized port labeling rules to streamline cable management for high-density structured cabling systems.
Q2: Why do stable long-distance BiDi links gradually develop random packet loss after long-term operation?
A: Fiber cables will experience aging, displacement and micro-bending during long-term outdoor and indoor operation. The ultra-rigid power budget of 40km BiDi optics lacks extra tolerance for gradual fiber attenuation changes, triggering late-stage transmission anomalies. HYTOPTODEVICE margin-optimized BiDi 10G SFP+ Transceiver reserves reasonable power redundancy to adapt to long-term fiber aging scenarios.
Q3: Why do persistent bit errors occur on 40km BiDi links despite normal real-time optical power values?
A: Long-span single-mode transmission will produce cumulative chromatic dispersion on 1270nm and 1330nm wavelength bands, distorting 10G data signal waveforms invisibly. Even with qualified luminous power, distorted signals will generate continuous BER errors. HYTOPTODEVICE dispersion-corrected BiDi 10G SFP+ Transceiver optimizes spectral stability to eliminate long-distance bit error issues.
Q4: Can minor contamination on bulkhead adapters cause complete outage of 40km single-fiber BiDi links?
A: Tiny dust and stains on fiber interfaces are fatal for single-strand BiDi transmission. Interface dirt not only weakens optical signals but also causes reverse light reflection, blinding the local receiving channel and resulting in total link failure. HYTOPTODEVICE anti-reflection high-precision BiDi 10G SFP+ Transceiver reduces link failure risks caused by poor interface cleanliness.
Q5: What leads to crosstalk faults inside Brocade switch chassis with BiDi modules installed?
A: Low-end generic BiDi transceivers adopt inferior diplexer isolation design. The internal laser transmit signal is prone to leakage, interfering with the adjacent receiving channel and generating continuous chassis crosstalk errors. HYTOPTODEVICE high-isolation diplexer BiDi 10G SFP+ Transceiver completely avoids internal signal leakage for high-density switch deployment.
Q6: Why do data center cooling costs rise significantly after upgrading to 40km BiDi long-haul links?
A: 40km long-reach BiDi transceivers require high-power laser operation, bringing higher heat generation than ordinary short-range modules. Increased port heat load forces data center HVAC systems to operate at higher power for heat dissipation. HYTOPTODEVICE low-power thermal-efficient BiDi 10G SFP+ Transceiver reduces overall heat load and lowers data center cooling energy consumption.
Q7: Why cannot conventional single-mode loopback cables complete SFP+ port function testing for BiDi modules?
A: BiDi transceivers adopt independent transceive wavelength separation technology. Ordinary loopback cables connect local transmit and receive ports directly, which cannot match the BiDi wavelength working mechanism and fail to complete valid port self-test verification. HYTOPTODEVICE wavelength-split designed BiDi 10G SFP+ Transceiver supports professional targeted port detection solutions.
Q8: Why does DDM optical diagnosis function fail after Brocade switch system firmware upgrades?
A: Switch OS iterations will update the system’s built-in optical module identification protocols and register reading rules. Most third-party BiDi modules have non-standard register data, resulting in unreadable or garbled DDM telemetry after upgrades. HYTOPTODEVICE full-register compatible BiDi 10G SFP+ Transceiver maintains complete DDM diagnostic functions after system firmware updates.
Q9: Why do field maintenance teams need to stock double types of spare BiDi modules for on-site troubleshooting?
A: BiDi single-fiber links rely on two complementary wavelength modules to work in pairs. Maintenance personnel cannot use universal single-model spares and must prepare both 1270nm and 1330nm modules to cope with various on-site failure scenarios. HYTOPTODEVICE matched-pair packaged BiDi 10G SFP+ Transceiver standardizes spare parts stocking for field operation and maintenance.
Q10: Is it feasible to overlay 40km BiDi single-fiber links on existing DWDM network architecture?
A: BiDi 1270nm and 1330nm working wavelengths occupy a wide continuous spectral range, which will severely occupy and conflict with standard DWDM channel spectrum resources. This spectral overlap makes hybrid network deployment impossible. HYTOPTODEVICE spectrum-isolated BiDi 10G SFP+ Transceiver avoids channel conflicts for multi-service fiber network planning.
Q11: Why do dark fiber operators charge extra leasing fees for single-fiber BiDi link usage?
A: Single-fiber BiDi transmission occupies fixed wavelength pairs exclusively on the fiber core, limiting operators’ ability to carry multi-user multiplexed services on the same fiber strand. Reduced fiber resource utilization leads to premium leasing charges for BiDi single-fiber links. HYTOPTODEVICE cost-effective BiDi 10G SFP+ Transceiver optimizes enterprise dark fiber leasing cost budgets.
Q12: Why are 40km BiDi long-haul link commissioning projects often delayed on site?
A: On-site engineers are accustomed to using universal duplex fiber jumpers for traditional dual-fiber links, while BiDi single-fiber links require dedicated simplex patch cords. Operational errors caused by habitual wiring lead to repeated debugging and prolonged project delivery cycles. HYTOPTODEVICE application-clear BiDi 10G SFP+ Transceiver simplifies on-site wiring and shortens network commissioning cycles.
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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