BCM55030SB01 - 10G EPON MDU Clock/Timing IC | Broadcom
MPN: BCM55030SB01 ✗ Akhir HidupBCM55030SB01 Ringkasan
An application-specific clock and timing IC is a specialized semiconductor that generates, distributes, or conditions clock signals within a defined equipment architecture. Unlike a generic oscillator, an application-specific timing device is optimized around a particular system or transceiver ecosystem. In an EPON MDU, clock and timing support can be required alongside burst-mode transmitters, receivers, serializers, and other line-access circuitry, where consistent clocking contributes to stable data throughput and low bit-error rates.
The key verified identification for BCM55030SB01 is its association with a 10G EPON MDU application. That association is more useful than a generic category label because it indicates the intended equipment context in which Broadcom positioned the part. Distributor records classify it under Application Specific Clock/Timing, while other marketplace listings describe it as an IC Output and an application-specific timer. The Broadcom family also includes closely related BCM55030-series devices, but the supplied evidence does not establish their pin compatibility or parameter differences with this exact suffix.
Because no manufacturer datasheet parameters or verified pricing were returned in the source data, electrical values such as supply voltage, output frequency range, jitter, reference-input requirements, and operating temperature must be confirmed before design release. Likewise, the physical package dimensions and pad assignment remain unverified. The package diagram is therefore represented by the default library graphic rather than an invented package-specific drawing, and the pinout is intentionally omitted instead of presenting unverified pin names.
Typical engineering use is limited to designs already qualified around the Broadcom 10G EPON MDU signal chain, including line-card, aggregation, and access-network equipment. For new designs, engineers should request the controlled Broadcom datasheet and obtain a sample of BCM55030SB01 to confirm reference requirements, output behavior, decoupling, layout constraints, and production availability. Distributor listings report availability and sourcing options, but lead time, lifecycle status, and unit pricing require a current quotation.
The practical design consideration is that this part should not be treated as a generic clock source or selected by package name alone. Its suitability depends on compatibility with the associated EPON MDU clock architecture, reference source, and board-level timing budget. Procurement should also confirm whether BCM55030SB01 is an active orderable configuration or a legacy ordering code within the broader BCM55030 family.
This page consolidates the verified distributor identity, application classification, source traceability, and engineering-selection guidance for BCM55030SB01. It also separates confirmed information from unavailable electrical, mechanical, pricing, and lifecycle data, helping buyers request the correct manufacturer documentation before committing the part to a production BOM.
Alternatif penggantian untuk BCM55030SB01 — paket yang sama, pin-pada-pin kompatibel. Bagian paket yang berbeda memerlukan kerja ulang PCB diabaikan.
Tidak ada alternatif pengganti yang tersedia untuk produk ini.
Permintaan AlternatifBCM55030SB01 Rating Maksimal & Karakteristik Listrik
| Manufacturer | Broadcom Limited |
| Device Category | Application Specific Clock/Timing IC |
| Associated Application | 10G EPON MDU |
| Device Type | IC Output |
| Tipe Mounting | Surface Mount |
BCM55030SB01 standard Diamant Konfigurasi Panduan
Konfigurasi pin untuk BCM55030SB01 (standard pakai pakai). Komponen analog ini memiliki pin masukan, keluaran, dan pengirim daya. Lihat datasheet produsen untuk konfigurasi pin offset null, kompensasi, dan pengaktifan. Ideal untuk peralatan sinyal dan kabel penggandaran.
Tidak ada data diatribut pin yang tersedia untuk BCM55030SB01.
Lihat ke: datasheet produk untuk konfigurasi pin penuh.
Aplikasi Umum
BCM55030SB01 cocok untuk 6 aplikasis: 10G EPON MDU Line Cards, Optical Network Terminal Equipment, Access Network Aggregation Equipment, Service Provider Edge Equipment, Ethernet Passive Optical Network Systems, Telecom Customer-Premises Equipment.
10G EPON MDU Line Cards
The BCM55030SB01 is identified by the verified distributor listings as a 10G EPON MDU clock and timing device, making it the most directly supported use for an MDU line card built around the same Broadcom signal-chain architecture. Its position in the clocking network must be confirmed from the controlled datasheet, including the reference source, generated outputs, and required operating conditions. In a new design, engineers should qualify the complete MDU reference design rather than treating this specialized IC as a generic clock source. In a retrofit, the original board schematic, firmware configuration, and Broadcom ordering documentation should be compared before substituting it.
Optical Network Terminal Equipment
Broadcom's BCM55030SB01 listing associates the device with 10G EPON MDU hardware, which places it in the broader class of optical network terminal equipment that terminates and aggregates PON services. Its value in this environment is application-specific timing support rather than general-purpose frequency generation. A design team should verify the required clock topology, jitter budget, and reference-distribution method against the manufacturer documentation. Because the retrieved sources contain no supply-voltage, frequency, or temperature limits, board bring-up must wait for controlled electrical specifications and a production-equivalent sample.
Access Network Aggregation Equipment
The BCM55030SB01 can be evaluated for access-network aggregation equipment that includes a 10G EPON MDU stage. Aggregation platforms often require multiple asynchronous domains to be referenced by deterministic timing, so an application-specific Broadcom clock device may be used where a generic low-cost oscillator would not satisfy the system architecture. The verified data establishes the EPON MDU association but does not define output count, reference ratio, or jitter. Engineers should therefore compare the part against the platform's existing Broadcom clock tree and request application support before laying out a new board.
Service Provider Edge Equipment
Provider edge and subscriber-access equipment can use the BCM55030SB01 when its Broadcom 10G EPON MDU timing architecture matches the deployed platform. The advantage is continuity with the qualified component ecosystem rather than a broad catalog feature set. For an existing service-provider design, preserving the exact MPN minimizes the risk of changing reference behavior or board-level timing margins that are not visible in distributor listings. Any substitution should be treated as a redesign until Broadcom confirms pin compatibility, operating limits, lifecycle status, and availability for the required volume.
Ethernet Passive Optical Network Systems
BCM55030SB01 is relevant to Ethernet PON systems that implement 10G service paths through an MDU architecture. Its application-specific designation suggests that clock behavior has been characterized around that system context, potentially simplifying integration with adjacent Broadcom components. Nevertheless, the verified data does not reveal the supported line rates, reference frequency, or jitter performance, so engineers must confirm that the device supports the exact PON variant and line rate under consideration. A controlled reference design and timing budget remain necessary for a reliable production release.
Telecom Customer-Premises Equipment
The part can be evaluated in customer-premises equipment where an MDU implements 10G EPON service termination. Using the same component specified for the original Broadcom-based platform can simplify spares management and board reuse. However, the suffix-specific ordering requirements and lifecycle status are not exposed by the supplied sources, so engineers should confirm procurement continuity and thermal grade before treating it as a standard new-design choice. For consumer-premises products, regulatory, safety, and long-term supply requirements may also require broader review than the internal MDU timing need.
Data referensi engineering untuk BCM55030SB01 — pembandingan, panduan desain, dan informasi konformitas.
Panduan Pemilihan
Pembandingan dengan Alternatif
| Parameter Umum | Produk Ini |
|---|---|
| Brand | Broadcom |
| Device Category | Application Specific Clock/Timing |
| Associated Application | 10G EPON MDU |
| Device Description | IC Output |
Diferensiator Kunci
- Application-specific support for 10G EPON MDU systems (vsGeneric clock generator)
- Broadcom application-specific clock and timing classification (vsGeneric clock generator)
- Documented distributor sourcing channels (vsUnlisted generic substitute)
Catatan Desain
Do not select BCM55030SB01 as a generic oscillator or assume another Broadcom clock IC is interchangeable. The verified distributor data identifies an application-specific 10G EPON MDU role, but it does not disclose the reference input, output configuration, jitter, supply voltage, or pinout. Obtain the controlled Broadcom datasheet and compare every timing and electrical parameter against the existing schematic before releasing a footprint or schematic change.
Treat clock layout as a system-level task only after the manufacturer reference design is obtained. The exact package and exposed-pad requirements are unverified, so copper allocation, via patterns, and thermal treatment must not be copied from a visually similar QFN device. Follow the controlled land pattern and reference-design stack-up, and preserve the documented return path between the device, reference source, supplies, and downstream clock consumers.
Do not design the supply network until the input-voltage range and current consumption are verified from the Broadcom datasheet. Confirm the required operating voltage, tolerance, decoupling values, and sequencing conditions before choosing inductors, capacitors, or a regulator. An application-specific clock device can be sensitive to reference quality and supply noise, so a generic power-tree assumption may compromise the system's timing budget even if the part powers up successfully.
Route clock outputs as controlled-impedance traces using the guidance in the manufacturer reference design, and avoid long stubs or test-point branches unless the timing budget explicitly allows them. Since no output frequency, jitter, edge-rate, or crosstalk specification was supplied, SI simulation cannot be completed from the current evidence. Request those parameters and validate the final board with scope measurements and the system's error-rate requirements.
Informasi Konformitas
The supplied distributor snippets do not state RoHS, REACH, AEC-Q100, lead-free, halogen-free, or conflict-minerals status. These values require confirmation from the manufacturer or an authorized distributor declaration.