Data warehouse con azure synapse analytics
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Azure Synapse is the evolution of Azure SQL Data Warehouse, combining big data, data storage and data integration into a single service for end-to-end cloud scale analytics. It provides unlimited analytics with unparalleled speed to gain insights. Azure Synapse brings together enterprise data warehousing and big data analytics to give a unified experience with the advantages of both worlds.
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Data warehouse con azure synapse analytics
- 1. 08-May-20 7:12 AM 1 Azure Synapse es la evolución de Azure SQL Data Warehouse, combinando big data, almacenamiento de datos e integración de datos en un único servicio para análisis de extremo a extremo a escala de nube. Azure Synapse Analytics Servicio de análisis ilimitado con un tiempo inigualable para obtener información
- 2. 08-May-20 7:12 AM 2 INGEST Data warehouse moderno PREPARE TRANSFORM & ENRICH SERVE STORE VISUALIZE On-premises data Cloud data SaaS data Integrated data platform for BI, AI and continuous intelligence Platform Azure Data Lake Storage Common Data Model Enterprise Security Optimized for Analytics METASTORE SECURITY MANAGEMENT MONITORING DATA INTEGRATION Analytics Runtimes PROVISIONED ON-DEMAND Form Factors SQL Languages Python .NET Java Scala R Experience Synapse Analytics Studio Artificial Intelligence / Machine Learning / Internet of Things Intelligent Apps / Business Intelligence
- 3. 08-May-20 7:12 AM 3 Plataforma de datos integrada para BI, IA e inteligencia continua Platform Azure Data Lake Storage Common Data Model Enterprise Security Optimized for Analytics METASTORE SECURITY MANAGEMENT MONITORING DATA INTEGRATION Analytics Runtimes PROVISIONED ON-DEMAND Form Factors SQL Languages Python .NET Java Scala R Experience Synapse Analytics Studio Inteligencia Artificial / Aprendizaje Automático / Internet de las cosas/ Aplicaciones inteligentes / Inteligencia empresarial Servicios conectados Azure Data Catalog Azure Data Lake Storage Azure Data Share Azure Databricks Azure HDInsight Azure Machine Learning Power BI 3rd Party Integration Arquitecturas elásticas Híbrido Analizar todos los datosComputación optimizada para cargas de trabajo Autoservicio gobernadoSin silos de datos
- 4. 08-May-20 7:12 AM 4 Tiempo Costo Riesgo Plataforma: Rendimiento • Azure Synapse aprovecha el ecosistema de Azure y las mejoras principales del motor de SQL Server para producir mejoras masivas en el rendimiento. • Estos beneficios no requieren ninguna configuración del cliente y se proporcionan de fábrica para cada almacén de datos • Gen2 adaptive caching – utilizando unidades de estado sólido (NVMe) de memoria no volátil para aumentar el ancho de banda de E/S disponible para las consultas. • Azure FPGA-accelerated networking enhancements – para mover datos a velocidades de hasta 1 GB/s por nodo para mejorar las consultas • Instant data movement – aprovecha el paralelismo multinúcleo en los servidores SQL Server subyacentes para mover datos de forma eficiente entre nodos de proceso. • Query Optimization –optimización de consultas distribuidas
- 5. 08-May-20 7:12 AM 5 Synapse SQL MPP componentes arquitectónicos Tablas distribuidas por hash
- 6. 08-May-20 7:12 AM 6 Tablas replicadas
- 7. 08-May-20 7:12 AM 7 Gestión de la carga de trabajo Scale-In Isolation Coste predecible Elasticidaden línea Eficiente paracargasde trabajo impredecibles Intra Cluster Workload Isolation (Scale In) Marketing CREATE WORKLOAD GROUP Sales WITH ( [ MIN_PERCENTAGE_RESOURCE = 60 ] [ CAP_PERCENTAGE_RESOURCE = 100 ] [ MAX_CONCURRENCY = 6 ] ) 40% Compute 1000c DWU 60% Sales 60% 100% Seguridad integral Category Feature Data Protection Data in Transit Data Encryption at Rest Data Discovery and Classification Access Control Object Level Security (Tables/Views) Row Level Security Column Level Security Dynamic Data Masking SQL Login Authentication Azure Active Directory Multi-Factor Authentication Virtual Networks Network Security Firewall Azure ExpressRoute Thread Detection Threat Protection Auditing Vulnerability Assessment
- 8. 08-May-20 7:12 AM 8 Integración de datos Data Warehouse Reporting Integración de datos de Synapse Más de 90 conectores listos para usar Sin servidor, sin infraestructura que administrar Ingestión sostenida de 4 GB/s CSV, AVRO, ORC, Parquet, JSON support
- 9. 08-May-20 7:12 AM 9 Integración de datos de Synapse Code First Code Free GUI based + many more Power BI Azure Machine Learning Azure Data Share Ecosystem Azure Synapse Analytics
- 10. 08-May-20 7:12 AM 10 Data Integration Data Warehouse Reporting Almacenamiento optimizado para el rendimiento Elastic Architecture Columnar Storage Columnar Ordering Table Partitioning Nonclustered Indexes Hash Distribution Materialized Views Resultset Cache
- 11. 08-May-20 7:12 AM 11 Migración de tablas de base de datos CREATE TABLE StoreSales ( [sales_city] varchar(60), [sales_year] int, [sales_state] char(2), [item_sk] int, [sales_zip] char(10), [sales_date] date, [customer_sk] int) WITH( CLUSTERED COLUMNSTORE INDEX ORDER ([customer_sk]), DISTRIBUTION = HASH([sales_zip],[item_sk]), PARTITION ([sales_year] RANGE RIGHT FOR VALUES (1998,1999,2000,2001,2002,2003))) Vista de base de datos Migración Materialized Views Views
- 12. 08-May-20 7:12 AM 12 Migración de vista de base de datos Vista Vista materializada Abstrae estructura a los usuarios YES YES Requiere una referencia explícita YES No Mejora el rendimiento No YES Se requiere almacenamiento adicional No YES Asegurable YES YES Soporte completo de SQL YES No Migración de vista de base de datos CREATE VIEW vw_TopSalesState AS SELECT SubQ.StateAbbrev, SubQ.FirstSoldDate, (SubQ.SalesPrice / sum(SubQ.SalesPrice) OVER (order by (select null)))*100, (1- (SalesPrice/ListPrice))*100 AS Discount, RANK() OVER (order by (1- (SalesPrice/ListPrice))) AS StateDiscRank FROM ( SELECT s_state AS StateAbbrev, MIN(d_date) AS FirstSoldDate, SUM([ss_list_price]) AS ListPrice, SUM([ss_sales_price]) AS SalesPrice FROM [tpcds10TB].[store_sales2] ss INNER JOIN [tpcds10TB].store s on s.[s_store_sk] = ss.[ss_store_sk] INNER JOIN [tpcds10TB].[date_dim] d on d.[d_date_sk] = ss.ss_sold_date_sk GROUP BY s_state) AS SubQ
- 13. 08-May-20 7:12 AM 13 Migración de la vista materializada de la base de datos CREATE MATERIALIZED VIEW [dbo].[mvw_StoreSalesSummary] WITH (DISTRIBUTION = HASH(ss_store_sk)) AS SELECT s_state, c_birth_country, ss_store_sk AS ss_store_sk, ss_sold_date_sk AS ss_sold_date_sk, SUM([ss_list_price]) AS [ss_list_price], SUM([ss_sales_price]) AS [ss_sales_price], count_big(*) AS cb FROM [tpcds10TB].[store_sales2] ss INNER JOIN [tpcds10TB].customer c ON c.[c_customer_sk] = ss.[ss_customer_sk] INNER JOIN [tpcds10TB].store s on s.[s_store_sk] = ss.[ss_store_sk] GROUP BY s_state,c_birth_country,ss_store_sk, ss_sold_date_sk Customer 65 Million Rows Store 1500 Rows Store Sales 26 Billion Rows Materialized View 287 Million Rows Data Integration Data Warehouse Informes
- 14. 08-May-20 7:12 AM 14 Synapse Connected Service: Power BI Experiencia integrada de creación de Power BI Publicar en Power BI Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching CREATE MATERIALZIED VIEW vw_ProductSales WITH (DISTRIBUTION = HASH(ProductKey)) AS SELECT ProductName ProductKey, SUM(Amount) AS TotalSales FROM FactSales fs INNER JOIN DimProduct dp ON fs.prodkey = dp.prodkey GROUP BY ProductName, ProductKey
- 15. 08-May-20 7:12 AM 15 Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching ProductName ProductKey TotalSales Product A 5453 784,943.00 Product B 763 48,723.00 … … … FactSales Table 10B Records DimProduct Table 1,000 Records FactSales DimProduct FactInventory Table mvw_ProductSales 1,000 Records SELECT ProductName ProductKey, SUM(Amount) AS TotalSales FROM FactSales fs INNER JOIN DimProduct dp GROUP BY ProductName, ProductKey FactInventory Escalado a Petabytes Result set Cache Automaticquery matching Implicitcreatingfrom queryactivity Resilient to cluster elasticity Execution2 Cache Hit ~.2 seconds Execution1 Cache Miss Regular Execution
- 16. 08-May-20 7:12 AM 16 Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching CREATE MATERIALZIED VIEW vw_ProductSales WITH (DISTRIBUTION = HASH(ProductKey)) AS SELECT ProductName ProductKey, SUM(Amount) AS TotalSales FROM FactSales fs INNER JOIN DimProduct dp ON fs.prodkey = dp.prodkey GROUP BY ProductName, ProductKey ProductName ProductKey TotalSales Product A 5453 784,943.00 Product B 763 48,723.00 … … … FactSales Table 10B Records DimProduct Table 1,000 Records Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching FactSales DimProduct FactInventory Table mvw_ProductSales 1,000 Records SELECT ProductName ProductKey, SUM(Amount) AS TotalSales FROM FactSales fs INNER JOIN DimProduct dp GROUP BY ProductName, ProductKey FactInventory
- 17. 08-May-20 7:12 AM 17 Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching SELECT c_customerkey, c_nationkey, SUM(l_quantity), SUM(l_extendedprice) FROM [dbo].[lineitem_MonthPartition] l INNER JOIN [dbo].[orders] o on o.o_orderkey = l.l_orderkey INNER JOIN [dbo].[customer] c on c.c_customerkey = o.o_customerkey GROUP BY c_customerkey, c_nationkey [dbo].[lineitem_MonthPartition] HASH(l_orderkey) [dbo].[orders] HASH(o_orderkey) [dbo].[customer] HASH(c_customerkey) Table Distributions Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching LineItem Orders Collocated Join (DistributionAligned) Customer Non-collocatedJoin (Shuffle Required) FROM [dbo].[lineitem_MonthPartition] l INNER JOIN [dbo].[orders] o on o.o_orderkey = l.l_orderkey INNER JOIN [dbo].[customer] c on c.c_customerkey = o.o_customerkey
- 18. 08-May-20 7:12 AM 18 Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching (Shuffle Required) LineItem Orders Collocated Join (DistributionAligned) Stage 1 Customer Stage 2 #temp (Orders + Lineitem) Nation Collocated Join (Replicate Aligned) Collocated Join (DistributionAligned) Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching CREATE MATERIALIZED VIEW mvw_CustomerSales WITH (DISTRIBUTION = HASH(o_custkey)) AS SELECT o_custkey, l_shipdate, SUM(l_quantity) AS l_quantity, SUM(l_extendedprice) AS l_extendedprice FROM [dbo].[lineitem_MonthPartition] l INNER JOIN [dbo].[orders] o on o.o_orderkey = l.l_orderkey WHERE l_shipdate >= CONVERT(DATETIME, '1998-11-01', 103) GROUP BY o_custkey, l_shipdate
- 19. 08-May-20 7:12 AM 19 Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching Legend mvw_CustomerSales Nation Customer <replicated table> Collocated Join (DistributionAligned) Collocated Join (Replicate Aligned) Escalado a Petabytes Materialized Views Transactionalconsistentlyto datamodification AutomaticQueryOptimizermatching 275 5 0 50 100 150 200 250 300 No MaterializedView WithMaterializedView Seconds Query Execution Time
- 20. 08-May-20 7:12 AM 20 Power BI Materialized Views Tables Escalado a Petabytes Power BI DirectQuery Composite Models Aggregation Tables