GX36220-DNT vs GX36220 Comparaison

Comparaison détaillée côte à côte de GX36220-DNT par Renesas Electronics et GX36220 par Renesas Electronics. Comparez les spécifications clés, les paramètres électriques, le conditionnement, le statut de cycle de vie, les prix et la disponibilité pour déterminer le meilleur composant pour vos exigences de conception.

Renesas Electronics
GX36220-DNT GX36220-DNT - 2x64Gb/s Linear TIA Die | Renesas | 400G Coherent

GX36220-DNT - 2x64Gb/s Linear TIA Die | Renesas | 400G Coherent

GX36220-DNT ✓ Actif

Comparaison des spécifications

Paramètre GX36220-DNT GX36220
Marque Renesas Electronics Renesas Electronics
Catégorie Interface ICs Amplifier ICs
Statut du cycle de vie Actif Actif
Statut du stock In Stock In Stock
Prix unitaire (USD) $355,55 $360,20
Product Type Linear Transimpedance Amplifier (TIA) Dual linear Trans-Impedance Amplifier (TIA)
Number of Channels 2 (I and Q) 2 (I and Q)
Data Rate per Channel 32 Gb/s —
Aggregate Data Rate 64 Gb/s (2 x 32 Gb/s) 2x64 Gb/s
Type de sortie Linear (non-limiting) —
Target Application 400G Coherent Receiver Optical Sub-Assembly (ROSA) 400G coherent Receiver Optical Sub-Assembly (ROSA)
Tension d'alimentation [DATA_NEEDED: supply voltage] [DATA_NEEDED: VCC range]
Transimpedance Gain [DATA_NEEDED: transimpedance gain] —
Input Current Noise [DATA_NEEDED: input-referred noise] —
Bandwidth [DATA_NEEDED: -3 dB bandwidth] Approximately 28 GHz per channel [DATA_NEEDED: exact -3dB bandwidth]
Differential Output Swing [DATA_NEEDED: output swing] —
Delivery Format Die Sale (Price in Good Die) - Wafer —
Boîtier Bare Die (DNT die-sale option) Bare die (DIE SALE - WAFER)
Type de montage Surface Mount (die attach in hybrid/ROSA assembly) —
Category Subtype Telecom IC Amplifier Die —
Température de fonctionnement [DATA_NEEDED: operating temperature range] [DATA_NEEDED: industrial/coherent-grade range]
Statut RoHS unknown [DATA_NEEDED: confirm from datasheet]
Per-Channel Data Rate — 32 Gb/s (32 GBaud)
Modulation Support — DP-16QAM and higher-order coherent formats
Input-Referred Noise — Sub-pA/sqrt(Hz) class [DATA_NEEDED: exact value]
Differential Trans-Impedance — Multi-kΩ class [DATA_NEEDED: exact ZT]
Power Dissipation — [DATA_NEEDED: per-channel and total]
Process Technology — SiGe BiCMOS [DATA_NEEDED: confirmed fT]

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